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Coastal Landscapes

High and low energy coastlines as characteristic landscapes

  • 2 things to know
  • Component 01

Overview

Recall questions on high energy rocky coasts, with the Dorset coast and Lulworth Cove as the example, low energy estuarine coasts, with the barrier islands and tides of the Wadden Sea, how landforms and sediment interact in each, and coastal change over seconds, seasons and millennia.

What you need to know

Answer each one before you reveal it.

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Key term

What physical conditions make a coastline high energy?

Key term

Which landforms dominate a high energy rocky coastline?

Questions from this subtopic

Each one with the model answer underneath.

  1. 1

    What physical conditions make a coastline high energy?

    Model answer

    A long fetch, frequent strong winds and powerful destructive waves, so that erosion outpaces deposition.

  2. 2

    Which landforms dominate a high energy rocky coastline?

    Model answer

    Cliffs, shore platforms, headlands, caves, arches and stacks, with only small pocket beaches at the heads of the bays.

  3. 3

    How does geology shape the Dorset coast between Studland and Lulworth?

    Model answer

    Bands of Portland and Purbeck limestone, chalk and weak Wealden clay meet the sea at different angles, giving a discordant coast of headlands and bays in the east and a concordant coast of coves in the west.

  4. 4

    Explain how the landforms of a rocky coast depend on one another.

    Model answer

    Rock eroded from the cliffs and stacks of the headlands supplies the shingle that builds the bayhead beaches, and those beaches then absorb wave energy and protect the back of the bay.

  5. 5

    Why does Lulworth Cove have a narrow entrance and a wide, rounded interior?

    Model answer

    The sea broke through the narrow band of Portland limestone at a weak point and then eroded the soft clays behind it rapidly in all directions until it reached the resistant chalk.

  6. 6

    What physical conditions make a coastline low energy?

    Model answer

    A short fetch, sheltered water and small constructive waves, so that deposition outpaces erosion.

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