high waves thrashing and large sea levels.
sediment is the answer.
It sends a ratio active wave in the aiqr
Loess deposits is form when sediment that is finer than sand, such as particles of clay and silt, is deposited into layers far from its source.
Material can be transported along a beach via longshore drift;Waves approach beach at an angleMaterial is pushed up the beach by the swash in the same direction as the wave approachAs the water runs back down the beach the backwash drags material down at right angles to the beach lineOver a period of time sediment moves in this zig-zag fashion down the coast.Material can also be transported along a beach at low tide when the sand dries out by the wind (usually forming sand dunes)Material may also be transported up and down a beach by attrition. Waves may have fairly high energy so will pick up material and may loose energy further up the beach and therefore deposit it there.Might also be moved by saltation (waves carry slightly smaller sediment in the same way as attrition)Waves may be swash-aligned (waves hit beach straigt on, so sediment moved up and down beach) or drift-aligned (waves hit beach at right angles causing longshore drift)
Different types of coastlines include rocky coastlines, which have cliffs formed by waves eroding the land; sandy coastlines, which consist of beaches made up of sand deposited by waves and currents; and muddy coastlines, which are characterized by mudflats and estuaries formed by sediment deposited by rivers and tides.
It transports and deposit sand at other places to create new beaches
Waves can cause erosion by carrying sediment away from the coast, as well as deposit sediment on the shore through a process called sedimentation. The strength and direction of the waves determine how sediment is transported along the coast, influencing the overall coastal morphology.
Waves deposit materials at different spots through the process of erosion, transportation, and deposition. As waves crash onto the shore, they pick up sediment and gradually carry it along the coast. When the energy of the waves decreases, they deposit the sediment, which can accumulate in certain areas depending on factors like wave strength, currents, and coastal geography.
Running water can erode the land by carrying sediment and wearing down rocks through abrasion. Groundwater can dissolve minerals in rocks, weakening the material and causing erosion. Waves can erode coastlines by breaking down rocks and carrying away sediment. Glaciers can erode the land by plucking and abrasion as they move, and deposit sediments when they melt.
Tsunamis can cause erosion by washing away soil and rock from coastlines. They can also deposit sediment carried by the waves, altering the shape of the land. In extreme cases, tsunamis can cause permanent changes to the coastal landscape by reshaping coastlines and altering sediment distribution.
Waves can build coastlines by depositing sediment and creating features like beaches and sandbars. However, waves can also erode coastlines by wearing away rocks and cliffs through processes like abrasion and hydraulic action. The balance between these two processes determines whether a coastline is being built up or worn down.
Moving water is a major force in the transport of sediment. The force of water helps to erode, transport, and deposit sediment in various environments like rivers, streams, and coastlines. The energy of moving water can vary depending on factors such as velocity, volume, and sediment load.
Doesa glacier deposit sediment whenit freezes
Waves can erode coastlines by wearing away rocks and cliffs. They can also deposit sediments, forming beaches and barrier islands. In extreme cases, waves can cause flooding and coastal damage during storms.
The process is called longshore drift. It occurs when waves approach the shore at an angle, carrying sediment along the shoreline parallel to the coast. This movement can shape the coastlines by depositing and eroding sediment in different areas.
Waves contribute to erosion by constantly pounding against coastlines, wearing away rocks and sediment. As waves crash onto the shore, they carry sand and other particles back into the ocean, leading to erosion of beaches and cliffs over time. The force of the waves can also create abrasion and hydraulic action, further breaking down rocks and moving sediment.