| Hint | Answer | % Correct |
|---|---|---|
| Flooded U-shaped valley | Fjord | 69%
|
| Curved, concrete walls to reflect waves back into the sea | Sea Wall | 69%
|
| Timber or rock structures built at right angles to the coast | Groyne | 66%
|
| Large rocks placed at the foot of a cliff creating a permeable barrier to the sea | Rock Armour | 63%
|
| When land rises or falls, relative to the sea | Isostatic | 57%
|
| Maintaining the current position of the coastline | Hold the line | 51%
|
| Addition of sand or pebbles to an existing beach to make it higher or wider | Beach Nourishment | 49%
|
| When sea level itself rises or falls | Eustatic | 46%
|
| Drowned river valley caused by sea level rise | Ria | 46%
|
| SMP; Involves making decisions about how coastal erosion and flooding should be managed along the whole coastal system | Shoreline Management Plan | 40%
|
| Allows nature to 'take its course', eroding cliffs and land deemed invaluable | No active intervention | 37%
|
| Involves building defences out to sea, effectively creating new land | Advance the line | 31%
|
| Marram grass planted to reinforce dunes | Dune stabilisation | 31%
|
| ICZM; Complete sections of coasts are managed as a whole | Integrated Coastal Zone Management | 31%
|
| Flooded valleys parallel to the coast | Dalmation Coast | 29%
|
| Partially submerged rock barriers, designed to break up waves before they reach the coast | Offshore breakwater | 29%
|
| Sloping structures placed at the foot of a cliff that breaks the waves energy | Revetments | 23%
|
| Short term change in sea level caused by low air pressure | Storm Surge | 23%
|
| Sea level fall | Marine regression | 17%
|
| Sea level rise | Marine transgression | 14%
|
| Glacial deposition | Accretion | 11%
|
| Occurs when erosion gets behind coastal defences leading to rapid coastal erosion inland and undermining of defences | Outflanking | 9%
|
| A project that has social, economic and environmental benefits and lasts for a significant amount if time | Sustainable Management | 9%
|