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Systems and equilibrium

Coastal landscapes

Processes, systems and change

This article provides a clear summary of the processes that create coastal landscapes, and looks at the threats posed by sea-level change. It ends with a case study from the USA of a coastal landscape system under constant erosional change

Limestone cliffs at Vouliagmeni, near Athens, Greece. Two tidal notches can be seen, caused by changes in sea level over the past few thousand years due to tectonic activity

For a quiz to test your knowledge of coasts go to: www.hoddereducation.co.uk/geographyreviewextras

Coasts are intensely settled areas. About 40% of the world’s population lives within 100 km of the coast, and two thirds of the world’s largest cities have coastal locations. Development in coastal areas is often faster than overall national development. It is predicted that, by 2100, around 600 million people will occupy coastal floodplain land below the elevation flooded by a 1,000-year return-interval flood.

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Systems and equilibrium

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