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Glaciers smooth and round out V-shaped river valleys, leaving behind a rounded U-shaped valley floor.


Erosion, the movement of rocks which have been worn down by weathering, is one part of Geography which GCSE students need to understand. This quiz will test their knowledge of coastal, river, glacial and other forms of erosion.

Erosion is the way that rocks and soil are worn away by wind, water, ice and other methods. Our entire planet is carved and shaped by this process. Erosion carves gorges and valleys and leaves behind the landscapes that we recognise. Everything from the Lake District to the Somerset Levels, and the land that London is built on through to the Yorkshire Dales - all are shaped by the processes of erosion.

The movement of water is the major component of erosion. Rain will move soil and rocks that have been worn down by weathering, and carry them down the drainage basin into streams and eventually into the rivers. The rivers carry them even further before they are either deposited on flood plains or carried into the sea where they are moved again to form something else. Waves from the sea attack the cliffs that their erosion has formed, leaving coastal features such as stacks and caves.

Glaciers carve out landforms as they move across the landscape. What is the valley shape that is commonly cut by a glacier?
Glaciers smooth and round out V-shaped river valleys, leaving behind a rounded valley floor with steep sides
South Stack in Anglesey is an example of a stack - a type of coastal erosional landform. What was this landform before it was eroded to form a stack?
A stump
An arch
A cave
A wave cut platform
Caves in headlands can become arches, which when they collapse may leave a stack behind. This stack in turn will erode to a stump
What type of coastal wave causes erosion?
Waves can be either destructive or constructive. Destructive waves have a stronger backwash than swash and are normally created in storm conditions
Which of the following is not a method by which deforestation increases erosion?
Trees and forests may encourage large scale tourism
Trees no longer take up water, increasing run off and through flow
Trees are no longer able to stabilise river banks leading to uncontrolled meandering
Tree roots no longer stabilise and protect the soil, leading it to be washed away
Tourism if well managed can have little or no impact on erosion, but sometimes the footpaths, car parks and general traffic lead to an increase in erosion
When river velocity slows the larger particles fall out of suspension. Which of these examples shows when velocity may drop leading to silting up of a part of the river?
The outside of a meander bend
Where a narrow river channel enters an open lake
When water runs over rapids
The entrance to an artificially straightened channel
When the river goes from a narrow channel to a wider channel, such as entering a lake or the sea, the velocity falls. It's the opposite of what happens when you put your thumb over the end of a garden hose
Weathering and erosion are a key part of the rock cycle. Which class of rocks are formed after weathering and erosion have attacked other rocks?
Sedimentary rocks are made up of the sediments from the weathering and erosion other rocks and minerals. These are deposited by the agents of erosion such as rivers, the wind and glaciers. Examples include sandstone and mudstone
Which of the following is not a way that climate change will increase erosion?
Due to warmer conditions trees and other plants may be able to grow further north
Rising sea levels will allow waves to attack new areas of beaches and cliffs
Increased rainfall will lead to greater erosion by rivers
More extreme weather conditions, such as hurricanes, will lead to greater force of waves and wind on the coastal areas
Whilst trees and plants may increase weathering, in general they decrease erosion by holding material in situ
Rivers are one of the most powerful forces of erosion on land. What are the four main types of river erosion?
Hydraulic, attrition, traction and saltation
Solution, suspension, saltation and traction
Hydraulic, abrasion, attrition and solution
Solution, suspension, attrition and abrasion
Hydraulic action is the force of the river on the bank, abrasion is the wear of the rocks as they are carried across the river bed, attrition is the damage done to the rocks as they bang together and solution occurs as particles are dissolved by the water
Some rocks show that a glacier has eroded them by scratch marks across their faces. What are these scratches known as?
Pluck marks
Striations occur when angular fragments are dragged across the rock by the glacier
Which are the four main types of river transportation of eroded material?
Hydraulic, abrasion, attrition and solution
Hydraulic, attrition, traction and saltation
Solution, suspension, attrition and abrasion
Solution, suspension, saltation and traction
These four transportation methods are in order of size of particles they carry. In solution the particles are dissolved in the water, in suspension, particles are carried in the water (it's why most rivers look brown), saltation is where small rocks and pebbles bounce along the bank and traction sees larger rocks tumble and roll along the river bed
Author:  Ruth M

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