I am not absolutely sure what you are asking but I have a feeling that the word you are looking for is 'scree'! I hope that this was useful! ;0
Talus or scree is the term used to describe an accumulation of angular rock fragments at the base of a steep bedrock slope or cliff. This process is commonly associated with physical weathering and erosion.
Well sediment collects at the bases of cliffs that have been eroded. This is not to be confused with weathering which removes part of a surface but leaves no sediment. At the base of the cliff could be a weaker point of the cliff because of erosion.
Wave-cut cliff
You would expect to find talus at the base of a cliff or steep slope. Talus consists of loose, fragmented rock debris that has accumulated from the erosion of the cliff or slope above. It often forms a slope of angular rocks and boulders created by gravity pulling the rock fragments downhill.
The thick sedimentary accumulation at the base of a continent is known as the continental crust. This layer is composed of various sedimentary, metamorphic, and igneous rocks that have accumulated over billions of years through geological processes such as erosion, deposition, and tectonic activity.
Talus or scree is the term used to describe an accumulation of angular rock fragments at the base of a steep bedrock slope or cliff. This process is commonly associated with physical weathering and erosion.
A talus cone is produced through the accumulation of rock debris and sediment that has fallen from a steep slope or cliff. This material, often called talus, collects at the base of the slope due to gravity, forming a conical shape as it piles up over time. The angle of repose, which is the steepest angle at which the debris remains stable, influences the cone's slope. Natural processes such as weathering and erosion contribute to the continuous supply of material to maintain the talus cone.
At the bottom of a wave-cut cliff, you would typically find eroded rocks, sediments, and debris that have been removed from the cliff face by wave action. This material can accumulate at the base of the cliff, forming a rocky beach or platform.
cliff erosion begins at the base, erodes a notch from the bottom and removes fallen debris. this produces instability and results on constant recession.
Yes, the base word for debris is "debr-" which comes from the French word "débris" meaning remains or fragments.
Well sediment collects at the bases of cliffs that have been eroded. This is not to be confused with weathering which removes part of a surface but leaves no sediment. At the base of the cliff could be a weaker point of the cliff because of erosion.
The fan-shaped pile of broken rock fragments at the base of a steep bedrock slope or cliff is known as a talus slope or talus cone. This debris results from the weathering and erosion of the bedrock above, where gravity causes the rock fragments to accumulate at the base of the slope.
Wave-cut cliff
wind blowing at the edge of the cliff AND waves pounding the base of the cliff will cause a cliff to collapse
You would expect to find talus at the base of a cliff or steep slope. Talus consists of loose, fragmented rock debris that has accumulated from the erosion of the cliff or slope above. It often forms a slope of angular rocks and boulders created by gravity pulling the rock fragments downhill.
This description is of a talus slope, which is a pile of broken rocks at the base of a cliff. Talus slopes are formed as rockfall debris accumulates over time. They help reduce erosion at the base of cliffs and provide habitat for plants and animals.
detrital slope