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Landslides, rockfalls, and creep are all examples of erosion and deposition by gravity as the primary erosion agent. These processes involve the downslope movement of rock and sediment due to the force of gravity, leading to erosion and deposition of material on the Earth's surface over time.

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What Landslide rockfall and creep are examples of erosion and deposition by what erosion agent?

Landslides, rockfalls, and creep are examples of erosion caused by gravity, where material is moved downslope. These processes result in the deposition of material at the base of a slope or transport it to another location.


What force is mainly responsible for the erosion and deposition that happens in landslidesmudslidesand rockfalls?

Gravity is the main force responsible for causing erosion and deposition in landslides, mudslides, and rockfalls. When the force of gravity overcomes the resistance of rocks or soil, these mass movements occur, leading to erosion and deposition of material downslope.


Landslides rock Falls and creep are all examples of erosion and deposition by which erosion agent?

Gravity. Landslides, rock falls, and creep are all examples of erosion and deposition caused by the force of gravity pulling materials downhill over time.


Are sand dunes and deltas examples of erosion?

No, they are examples of deposition, not erosion.


What are all the forms of erosion?

All forms of erosion are weathering, mass movement, I am not positive if deposition is one of them. Feel free to correct me if I am wrong. If I am wrong I apologize in advance. ;)


What is Difference between erosion and deposition?

Erosion is when wind or water physically wear away at an object Deposition is the debris removed by erosion or other events (landslides, floods, etc.) accumulates (is deposited) at another location.


How can a thunderstorm affect geosphere?

Thunderstorms can impact the geosphere by causing soil erosion through heavy rainfall, altering landscapes through flooding, and triggering landslides or rockfalls. The intense rainfall can lead to sediment transport and deposition in different areas, reshaping the geosphere over time.


What is the agent of erosion for mass movement?

Gravity is the main agent of erosion for mass movement. It pulls rock and sediment downslope, causing mass wasting processes like landslides, rockfalls, and slumps.


What are examples of gravity erosion?

Gravity erosion, also known as mass wasting, includes various processes where gravity causes the movement of rock and soil downhill. Examples of gravity erosion include landslides, rockfalls, creep, and slumps. Landslides are rapid downslope movements of rock and soil, while rockfalls involve the free fall of detached rocks. Creep is the slow, continuous movement of soil downhill, and slumps are rotational slides where a mass of rock and soil moves along a curved surface.


How do weathering and mass movement produce most landforms?

Weathering breaks down rocks into smaller particles, which are then transported by mass movement processes like landslides, rockfalls, and soil creep. These transported materials accumulate and settle in different areas, shaping the landforms through erosion and deposition over time.


Where does rock erosion and deposition occur in the UK?

Rock erosion and deposition occur in various locations across the UK, but notable areas include coastal regions where the action of waves and currents erode cliffs and deposit sediments on beaches. Additionally, river valleys and upland areas experience erosion and deposition processes from flowing water and glaciers. Erosion and deposition also occur in areas affected by mass movement processes such as landslides and rockfalls.


What are the examples for geomorphology hazards?

Examples of geomorphology hazards include landslides, rockfalls, volcanic eruptions, earthquakes, and coastal erosion. These hazards can pose risks to human lives, infrastructure, and the environment, leading to property damage and potential loss of life. Understanding these hazards is important for effective risk management and mitigation strategies.