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Weathering is the result of rocks wearing down because of the actions of the forces of nature. It is a natural process. During weathering, the rocks in their changed form remain in the same place – there is no movement of material. Erosion, on the other hand, happens when the broken-down rocks are carried away by water, ice, wind or gravity, and the remains are deposited far away from the place where the change initially happened. |
Weathering and erosion are forms by which rocks are separated and moved from their unique location. They vary depending on whether a rock’s location is changed: weathering debases a rock without moving it, while erosion diverts rocks and soil from their unique locations. Weathering frequently prompts erosion by making rocks separate into little pieces, which erosive forces would then be able to move away.
Primarily, the difference between erosion and weathering is that weathering happens to set up though erosion includes movement to another location. Both are brought about by quite similar factors such as wind, water, ice, temperature, and even natural activity. They can likewise happen together.
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Erosion |
Weathering |
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Erosion refers to the displacement of the solids through wind, water, and ice. |
Weathering refers to the decomposition of the rocks, soil, and minerals through direct contact with the atmosphere. |
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The eroded materials are displaced in the case of erosion. |
The weathered materials are not displaced in the case of weathering. |
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The several types of erosion include water, wind, thermal, ice, and gravity erosion. |
The several types of weathering include physical, chemical, and biological weathering. |
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Wind, ice, water, and human activities are some of the major causes of erosion. |
Weathering is caused because of atmospheric factors like air pressure. |
Credit: Vedantu
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