GeographyFreePrintable

Coastal Erosion Landforms

A free geography worksheet ready for your classroom. Open in Kuraplan to grab the print-ready PDF, customize it for your students, or generate a fresh version in seconds.

Coastal Erosion Landforms worksheet preview
Name:Date:

Coastal Erosion Landforms

Follow the changing coastline from a small crack to an offshore stack. Use the field notes to explain how erosion creates landforms. Answer in complete sentences where asked.

Field notes: headland at Greyhaven Bay

Greyhaven Bay has a resistant headland made of hard limestone. A narrow band of softer rock crosses its seaward face. The prevailing waves approach the headland at an angle. Over time, erosion along the softer band has produced a sequence of landforms. Wave energy is strongest where waves are concentrated around the headland.

Investigate the process

Use the field notes to answer the questions.

1.Waves force air into joints and cracks in the headland. Which process describes the pressure of trapped air widening the cracks?
  • Hydraulic action
  • Solution
  • Longshore drift
  • Deposition
2.Waves throw pebbles against the cliff, scraping and chipping the rock. Name this erosion process and explain how it differs from erosion caused by the force of water and trapped air in cracks.
3.Put these stages in the usual order by writing 1–4: stack; crack widened into a cave; arch; stump.
4.Explain how a sea cave can develop into an arch at Greyhaven Bay. Include what happens to the softer rock band.
5.The arch roof becomes unstable and collapses. What landform may remain offshore, and what is the likely next stage as erosion continues?
6.True or false: the hardest rock in a headland always erodes fastest because waves hit it.
TrueFalse
7.Complete the sentence: A section of coast that sticks out into the sea is a . Waves may erode the softer rock on either side to create a .

Compare evidence and make a decision

A coastal survey records two stretches of Greyhaven Bay. The values are average annual cliff retreat measured over ten years.

Stretch A: soft clay cliffs; exposed to prevailing waves; average retreat 0.8 m per year.

Stretch B: hard limestone headland; sheltered bay side; average retreat 0.1 m per year.

8.Calculate how much farther Stretch A retreated than Stretch B in one year.
9.Give two reasons, using the survey evidence, why Stretch A is retreating faster than Stretch B.
10.A footpath runs close to the edge of Stretch A. Recommend one sensible action for managing the risk and explain one possible drawback or trade-off.

3 printable pages

  • Coastal Erosion Landforms, page 1 of 3: Field notes: headland at Greyhaven Bay, Investigate the process

    Page 1

  • Coastal Erosion Landforms, page 2 of 3: Compare evidence and make a decision

    Page 2

  • Coastal Erosion Landforms, page 3 of 3: 10. A footpath runs close to the edge of Stretch A. Recommend one sensible action for…

    Page 3

About This Worksheet

Free in Kuraplan

Sign up free, grab the PDF, and customize it for your class.

Print-Ready

Formatted for standard paper. Clean layout, easy to read.

AI-Generated

Created with Kuraplan's AI, designed for real classroom use.

For Teachers & Parents

Use in classrooms, for homework, tutoring, or homeschool.

Need a custom version of this worksheet?

Kuraplan's AI generates custom worksheets in seconds — differentiated for every learner, aligned to your curriculum.

Generate Custom Worksheets — Free
No credit card Curriculum-aligned Under 60 seconds