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Deposition changes the Earth's surface by depositing sediments, which can lead to the formation of new landforms such as deltas, beaches, and sand dunes. For example, when a river slows down as it enters a larger body of water, it deposits the sediments it was carrying, forming a delta.
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What is an example of deposition changes earth surface?
An example of deposition changing Earth's surface is when a river deposits sediment along its banks, forming riverbanks and floodplains. Over time, the accumulation of sediment can alter the shape and topography of the landscape, creating features like meanders and levees.
Why does weather change the earth surface?
Weather changes the Earth's surface through various processes such as erosion, deposition, and weathering. For example, rainwater can erode rock and soil, causing changes in landscapes over time. Wind can also transport sediment and reshape landforms. These processes contribute to the constant evolution of the Earth's surface.
How does erosion and deposition change earth's surface?
Weathering and erosion change Earth's surface by slowly wearing down the substance. Deposition changes the surface of earth by deposting; eroding away the surface. Glad to help! -Angela
What are some gradual changes to earth surface?
Some examples of gradual changes to Earth's surface include erosion by wind and water, weathering of rocks, deposition of sediment, and plate tectonics moving continents slowly over time. These processes shape the landscape and contribute to the constant evolution of Earth's surface.
How does weathering erosion and deposition change earths surface?
Weathering and erosion change Earth's surface by slowly wearing down the substance. Deposition changes the surface of earth by deposting; eroding away the surface. Glad to help! -Angela
How deposition change the surface of the earth?
Deposition changes the surface of earth by eroding away the surface.
How does deposition change the surface of the Earth?
Deposition changes the surface of earth by eroding away the surface.
What is an example of deposition changes earth surface?
An example of deposition changing Earth's surface is when a river deposits sediment along its banks, forming riverbanks and floodplains. Over time, the accumulation of sediment can alter the shape and topography of the landscape, creating features like meanders and levees.
Why are weathering erosion and deposition considered slow changes to Earth's surface?
ski
What process changes rock on earth's surface?
weathering,erosion, and deposition
How deposition changes Earth surface?
Not sure what depotion is but i'm pretty sure it was earthquakes
Why does deposition change the earth's surface?
ow does deposition change earth's surface
What shaped earths surface?
Erosion and deposition shapes the Earth's surface.
Why does weather change the earth surface?
Weather changes the Earth's surface through various processes such as erosion, deposition, and weathering. For example, rainwater can erode rock and soil, causing changes in landscapes over time. Wind can also transport sediment and reshape landforms. These processes contribute to the constant evolution of the Earth's surface.
What events cause gradual changes of the Earth's surface?
Gradual changes of the Earth's surface can be caused by processes like weathering, erosion, and deposition. Weathering breaks down rock into smaller pieces, erosion transports these pieces from one place to another, and deposition deposits them in new locations. Over time, these processes can reshape the Earth's surface.
How does erosion and deposition change earth's surface?
Weathering and erosion change Earth's surface by slowly wearing down the substance. Deposition changes the surface of earth by deposting; eroding away the surface. Glad to help! -Angela
What are some gradual changes to earth surface?
Some examples of gradual changes to Earth's surface include erosion by wind and water, weathering of rocks, deposition of sediment, and plate tectonics moving continents slowly over time. These processes shape the landscape and contribute to the constant evolution of Earth's surface.
