Across
- 6. Water rushing up the beach. Carries sediment. (5)
- 10. South coast case study location. (4,5)
- 11. Material carried in the water. Too large to be dissolved. (10)
- 12. The force of water getting into rocks. Forces air in the cracks to break rock apart (9,6)
- 15. Water rushing back down the beach. Stronger in destructive waves. (8)
- 16. Dorset coast. Known for fossils. (8)
- 18. Responsible for collapse of a sea arch. (10)
- 19. Where the hard and soft rock layers are ranged parallel to the coastline. (10)
- 22. Rocks bumping into each other making them rounder and smoother (9)
Down
- 1. Coastal defence that protects coastline by building up beaches. Prevents longshore drift. (7)
- 2. Just letting the coastline erode (7,7)
- 3. What is left behind when a hard rock cliff collapses. (4,3,8)
- 4. Hard rock.
- 5. Type of wave responsible for building beaches. (12)
- 7. Distance the wind travels over to form a wave. (5)
- 8. Complete the sequence: headland, crack, cave, ______, stack, stump (4)
- 9. rocksfalls, slumping and cliff collapse are all types of this. (4,8)
- 13. Hard engineering solution of large blocks that are resistant to erosion. (4,6)
- 14. Opposite of wave crest (6)
- 17. Where the hard and soft rock layers are arranged at right angles to the coastline (perpendicular). Responsible for the formation of headlands and bays. (10)
- 20. Transportation method of small rocks bouncing over each other. (9)
- 21. The zig-zag motion of material as it is transported along a coastline (9,5)