Air, water, wind, rain, weather, snow, etc. None of those.
Erosion and deposition occur side by side because erosion involves the removal and transportation of sediments by forces like wind, water, and ice, while deposition involves the settling and accumulation of these sediments in a new location. The same natural forces that cause erosion can also lead to deposition as they transport and redistribute sediments across the Earth's surface.
Erosion and weathering are processes that can occur on the Moon and other planets with atmospheres. On bodies without an atmosphere like the Moon, other processes like micrometeoroid impacts and solar wind can cause surface modifications that are analogous to erosion and weathering.
Erosion occurs on the outside of objects due to the continuous impact of external forces such as wind, water, and ice. These forces wear down the surface of the material over time, leading to erosion. Additionally, factors like temperature changes and chemical reactions can also contribute to erosion on the outside.
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Yes, the average rate of erosion on the Moon is far less than on Earth because the Moon has a much thinner atmosphere and lacks significant weathering processes like wind and water erosion that are prevalent on Earth. The lack of an atmosphere on the Moon means that there is no protection from impacts by meteoroids and solar wind erosion, which are the main drivers of erosion on the Moon.
Erosion on Earth's surface is mainly caused by natural processes like wind, water, ice, and gravity. Water erosion is particularly significant, occurring through processes like rainfall, rivers, waves, and glaciers. Human activities like deforestation, mining, and construction can also accelerate erosion.
I was searching this up and i think it does occur on Neptune because it's axis is tilted almost like Earth's.
Slow changes to Earth's surface, like erosion and weathering, occur gradually over time due to processes like wind and water erosion. Fast changes, like volcanic eruptions and earthquakes, can reshape the landscape in a short period by releasing energy stored within the Earth's crust. Both slow and fast changes play significant roles in shaping Earth's surface over time.
Underground, changes such as soil erosion, root growth, water infiltration, and decomposition of organic matter take place. Additionally, geological processes like tectonic movements, erosion, and formation of caves occur beneath the surface. These changes contribute to the shaping of the Earth's landscape and support various ecosystems.
Erosion is not a solid planet, like Earth, it is a gas giant. As such it does not have a surface to erode by anything. So there is no water erosion on Jupiter.
There is no atmosphere on the Moon and no large bodies of water to cause any forms of erosion, so there is no erosion like on Earth.
The process that breaks down rock and other materials at Earth's surface is called weathering. Weathering can occur through physical processes like freezing and thawing, as well as chemical processes like oxidation and hydrolysis.