Coastal Erosion and Stabilization Techniques Quiz

A breakwater is a hard stabilization structure built offshore and parallel to the beach to protect the coast and create a calm area of water.

A seawall is a hard stabilization structure built near the beach and parallel to the shore to protect the coast from the force of waves.

Hard stabilization structures are built parallel to the shoreline to protect property and coastal structures.

Coastal erosion refers to the wearing away of coastal land and beaches due to the continuous impact of waves hitting shorelines.

Some hard stabilization structures used to mitigate coastal erosion include groins, breakwaters, and seawalls.

Coastal erosion can lead to the shrinking of beaches and the encroachment of ocean waves onto beachfront properties, causing damage to property.

The purpose of hard stabilization structures is to protect beachfront properties and the coast from erosion by providing a barrier against the impact of waves.

Coastal erosion is the wearing away of coastal land and beaches. It is caused by the constant action of waves and currents.

Wave refraction is the bending of waves as they travel towards shallow waters near the shore. Oblique waves created by wave refraction contribute to the longshore drift, which transports sand and sediment along the coast and can result in coastal erosion.

A groin is a hard stabilization structure built at a right angle to the shore. It is used to maintain or widen beaches by trapping sand that is moving down the coast due to the natural action of waves and currents.

A breakwater is a hard stabilization structure built offshore and parallel to the beach. It breaks up large ocean waves, creating a calm area of water near the shore and protecting the coast.

A seawall is a hard stabilization structure built near the beach and parallel to the shore. It reduces the eroding effects of large waves on the coastline and protects beachfront properties.