Lesson 3.1.3.3
3.1.3.3 Coastal landscape development Quiz: AQA Geography, Unit 1
20 questions
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Lesson 3.1.3.3, Coastal landscape development: 20 multiple choice questions for the AQA Geography (7037), Unit 1: Physical geography, written with Revision Ninja.
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The 20 questions
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Which feature is formed by wave erosion at the foot of a cliff and is a flat platform exposed at low tide?
- A wave-cut platform
- A barrier beach, which is a long ridge of sand or shingle that encloses a lagoon behind it
- A tombolo, which is a ridge of sediment that joins an offshore island to the mainland
- A raised beach, which is an old beach uplifted above the present level of high tide
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Which cliff feature is formed where waves erode a joint or weakness into a cave that later becomes an arch?
- A tombolo connecting an island to the mainland, which is built by deposition in calm water
- An arch formed by wave erosion through a headland
- A stack formed by deposition on a beach, which builds an isolated mass of sand or shingle
- A spit formed by longshore drift, which extends a ridge of sand from the coast into the sea
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What is a stack in coastal geomorphology?
- A ridge of shingle built by longshore drift, which lies parallel to the shore behind the beach
- An isolated pillar of rock left after the collapse of an arch
- A flat platform of rock exposed at low tide, which is cut by waves at the foot of the cliff
- A sandbar that forms in a river estuary, which is built by the deposition of fine sediment
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Which depositional landform is a narrow ridge of sand or shingle projecting from the coast, attached at one end?
- A stack, which is an isolated pillar of rock left behind by the collapse of an arch
- A tombolo, which is a ridge that joins an offshore island to the mainland at both ends
- A wave-cut platform, which is a flat rock surface cut at the foot of a cliff by wave action
- A spit
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What is a tombolo?
- A ridge of sediment that connects an island or stack to the mainland
- A dune formed entirely by wind action on a beach, which builds up behind the high-tide line
- A cave formed by hydraulic action in a cliff, which is enlarged by the force of compressed air
- A coastal platform exposed at low tide, which is cut by waves at the foot of the cliff
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Which feature is a sand or shingle ridge built parallel to the shore, offshore from the beach?
- A stack, which is an isolated pillar of rock left behind after the collapse of an arch
- A ria, which is a drowned river valley flooded by a rise in sea level along the coast
- A wave-cut notch, which is a small recess cut into the base of a cliff by wave action
- An offshore bar
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Which coastal landform is typically associated with a barrier beach?
- A lagoon behind the barrier, separated from the sea
- A ria formed by river valley submergence, which is a long inlet with a branching shape
- A fjord cut by glacial ice, which is a deep U-shaped inlet flooded by the sea
- A raised beach above the reach of present waves, which is left behind by a fall in sea level
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Which feature is a sand dune typically found behind a beach?
- A coastal dune formed by wind transport of beach sand inland
- A tombolo formed by longshore drift, which connects an island to the mainland by a ridge of sand
- A stack formed by collapse of an arch, which is left standing offshore as an isolated pillar
- A cave formed by wave erosion, which is cut into the base of the cliff by the sea
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Which estuarine landscape is typically found in sheltered, low-energy coastal settings?
- Mudflats and saltmarsh that accumulate fine sediment
- Stacks and wave-cut platforms in exposed headlands, which are cut by strong waves from the ocean
- Glacial troughs carved by ice, which form U-shaped valleys in mountain areas
- Caves and arches on high-energy cliffs, which are formed by hydraulic action at the headland
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What is the main effect of eustatic sea-level change?
- A change in the salinity of groundwater far inland, caused by the intrusion of seawater into aquifers
- A global change in the volume of water in the oceans, affecting coasts worldwide
- A local rise of land caused by tectonic uplift only, which affects a single stretch of coastline
- A change in the colour of seawater near river mouths, caused by sediment carried from the land
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Which process causes isostatic sea-level change?
- Erosion of cliffs along a beach, which removes material and lowers the coastline
- Deposition of longshore drift along a spit, which adds sediment to the coastline over time
- Melting of a glacier that increases the total volume of water in the world's oceans
- The rising or sinking of land as the crust adjusts to loading or unloading of ice
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Which feature is characteristic of a coastline of submergence?
- A raised beach above present sea level, which is left behind by a fall in the level of the sea
- A glacial trough with a hanging valley, which is carved by ice in a mountain landscape
- A marine platform exposed by falling sea level, which is now above the reach of the waves
- A ria, with a drowned river valley flooded by rising sea level
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Which feature is characteristic of a coastline of emergence?
- A fjord that is flooded by the sea, which forms a deep glaciated inlet along the coast
- A Dalmatian coast with drowned ridges, which forms elongated islands parallel to the shore
- A ria with a drowned valley, which is a long inlet flooded by the rising sea level
- A raised beach uplifted above the present-day high-tide line
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A raised beach is found 10 metres above the present high-tide line. Which conclusion is most likely?
- The coast has submerged, drowning the former beach beneath the water of the sea
- The coast has emerged, either through falling sea level or land uplift
- The beach is a tombolo connected to an island, which has been raised by longshore drift
- The beach was formed by a recent storm surge only, which deposited material high up the shore
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Which feature is characteristic of a Dalmatian coast?
- Raised beaches uplifted above the tideline, which are left by a fall in the level of the sea
- Stacks formed by the collapse of arches, which stand offshore as isolated pillars of rock
- Glacial hanging valleys cut into mountains, which are steep tributary valleys above a main trough
- Elongated islands and ridges running parallel to the coast, formed by submergence of ridges
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Which contrast best describes the difference between eustatic and tectonic sea-level changes?
- Eustatic change is local, while tectonic change always affects the whole ocean at the same time
- Eustatic change is a global change in ocean volume, while tectonic change is a local change caused by crustal movement
- Tectonic change only occurs in deserts, where the crust is most active and moves the land
- Both are changes in ocean salinity, which differ only in the rate at which they occur
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What is a marine platform?
- A raised beach built by deposition after storms, which lies above the reach of present waves
- A cave formed by the collapse of an arch, which is a hollow cut into the base of a stack
- An offshore bar built by longshore drift, which is a submerged ridge of sand near the coast
- A gently sloping rock surface at the foot of a cliff, cut by wave erosion
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Which factor is important in the development of a cliff profile with caves, arches and stacks?
- Uniform rock strength across the entire headland, which spreads the wave attack evenly over the cliff
- Differences in rock resistance and joint patterns that concentrate wave attack
- A lack of jointing and bedding planes in the rock, which prevents any weak points from forming
- Absence of waves and presence of only wind action, which reduces the erosion of the rock base
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Which is the most plausible reason for the development of a spit at a coastal headland?
- Upward movement of the seabed by volcanic activity, which raises a ridge above the sea
- Sub-aerial weathering that breaks the cliff into sand, which is then blown into a ridge by wind
- Longshore drift transports sediment past the headland, and deposition occurs where wave energy drops
- Glacial deposition at the headland tip, which leaves a ridge of till where the ice retreated
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Which statement about recent and predicted climatic change is most accurate for coasts?
- Sea levels will fall, reducing erosion everywhere along the coast over the coming century
- Coasts will become permanently stable with no change in sediment, because the sea will stop moving
- Rising sea levels and stronger storms may increase coastal erosion and flood risk
- Climate change has no effect on coastal erosion or deposition, which depend only on local geology
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