Ultimately the ocean, although depositional environments on land can make this a very long process.
Answer: No one can know the ultimate fate of eroded material. It could end up in an ocean and be subducted by plate tectonics and melt, becoming part of the upper mantle or crust, depending on what direction it takes. Eventually, as Earth cools, if it has formed into a sedimentary, metamorphic, or igneous rock, it may stay that way when the planet becomes geologically inactive. Or, billions of years from now, the eroded material may wind up as interstellar dust when the sun expands and consumes Earth in its fiery death. We'll never know.
The depositing or placing of eroded material is called sedimentation. This process occurs when eroded particles settle and accumulate in a new location, often leading to the formation of sedimentary rocks over time.
When eroded material mixes with a new rock layer deposited on top of it, this process is referred to as "conglomerate formation" or "sediment mixing." The eroded material, often called sediment or detritus, can become incorporated into the newer layer, leading to a composite of different rock types. This process is common in sedimentary environments where layers of rock are constantly being formed and eroded.
Erosion, transportation of the eroded material, deposition of this material then lithification.
The depositing or placing of eroded material is called sedimentation. This process occurs when particles carried by wind, water, or ice settle on the Earth's surface due to gravity, creating layers of sediment over time.
Eroded material is carried by water, wind, or ice to new locations by the process of erosion. Water can carry sediment down rivers into oceans, wind can transport sand and dust over long distances, and ice can move rocks and soil as glaciers advance and retreat.
The eroded particles may be carried by water, wind or ice to other locations like the lowland regions or into the ocean and lakes.The eroded materials build up and under their own pressure gradually become hardened into sedimentary rock.
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it drowns.
Deflation
The depositing or placing of eroded material is called sedimentation. This process occurs when eroded particles settle and accumulate in a new location, often leading to the formation of sedimentary rocks over time.
Eroded soil can enter water bodies such as rivers, lakes, and streams, where they accumulate and cause sedimentation. This can lead to decreased water quality, habitat degradation, and reduced water flow capacity.
The eroded material in a river is called sediment. This can include various particles like sand, silt, clay, and gravel that are transported by the flowing water. As the river flows, it picks up and carries these materials, which can eventually settle and form riverbanks, deltas, or floodplains.
Igneous Rock
When eroded material mixes with a new rock layer deposited on top of it, this process is referred to as "conglomerate formation" or "sediment mixing." The eroded material, often called sediment or detritus, can become incorporated into the newer layer, leading to a composite of different rock types. This process is common in sedimentary environments where layers of rock are constantly being formed and eroded.
It is made up of Stone from taha
The dropping or settling of eroded materials is called deposition. This process occurs when the energy of the transporting agent (such as water or wind) decreases, causing it to drop the sediment it was carrying and build up sedimentary layers in new locations.
The eroded material from the shield was deposited on the continental margins, where it accumulated and formed sedimentary rocks over time due to compaction and cementation. This material became part of the geological record and can contain important information about Earth's history and past environments.