The Pacific Coast of the US.
Eroison
wave cut cliffs
It depends on the shape? Coastal erosion is likely to have been caused by the sea - powerful wave action during a storm at high tide can cause a lot of damage. A weakness in the sea cliffs may be eroded away allowing the sea to penetrate inland to form a narrow inlet.
I might be wrong but what i can gather a hard coastline is a coastline that is surrounded by hard resistant rock like limestone. By being surrounded by hard rock it is more resistant to wave power which means that it will erode at a much slower rate. Hope this helped:)!!
Your description best fits a beach or coastline that is constantly changed by wave action.
wave erosion
They are good because they stop the sea from eroding the coastline.
Eroison
wave
wave cut cliffs are formed by wind and tide driven waves
causes beach erosion and changes the coastline
Sea caves (formed in cliffs by wave action)?
wave cut cliffs
they cut through loose material and turns into valleys and cliffs
It depends on the shape? Coastal erosion is likely to have been caused by the sea - powerful wave action during a storm at high tide can cause a lot of damage. A weakness in the sea cliffs may be eroded away allowing the sea to penetrate inland to form a narrow inlet.
The cliffs at Walton-on-the-Naze are experiencing erosion due to natural processes like wave action and weathering. The erosion is causing the cliffs to recede at a rate that threatens the stability of buildings and infrastructure along the coastline. Various measures like coastal defenses and cliff stabilization techniques are being employed to manage this issue.
Headlands, bays, sea caves, and sea stacks are four features formed by wave erosion along a coast. Headlands are rocky structures jutting out into the sea, while bays are curved inlets where the land recedes. Sea caves are hollowed-out spaces in coastal cliffs, and sea stacks are isolated rock pillars left behind from eroded cliffs.