trees and plants protect the earth from weathering and erosion
Weathering is the process of rocks breaking down. Erosion is what moves the broken down rocks. There are four factors wind, moving water, wind, and gravity. Without weathering there would would be nothing for the Earth to erode.
weathering breaks down rocks, which makes the sediment easy to be transported
Both chemical and mechanical weathering breakdown a rock into particles, just in diffrent ways. Mechanical weathering is the physical weathering in which a rock is broken down into particles. Chemical weathering is the weathering in which rocks are disolved, decomposed , or loosend to change the minerals in the rock.
The agents for weathering and erosion are natural. I know off no career that would replace these natural agents. However, if you mean careers understanding or preventing them then Geology, Geography, farming and Engineering would be your choices.
in bricks rocks
Weathering breaks materialn down and erosion transports that broken down material. As an example, weathering breaks a mountain down into smaller rocks, and those smaller rocks can be transported by streams (erosion), but the streams cannot simply move the whole mountain.
Topsoil
No, erosion and weathering are closely related processes in the breakdown and transportation of rocks and soil. Weathering breaks down the material, making it easier for erosion to transport it away. In nature, erosion and weathering typically work together to shape the Earth's surface.
You could draw different stages of erosion on a landscape, showcasing features like rock formations, rivers, and valleys. Alternatively, you could depict the effects of weathering on human-made structures, such as rusting metal or peeling paint on buildings.
weathering and erosion the glacier used abrasion and then all of the rocks would be taken away by erosion
weathering and erosion the glacier used abrasion and then all of the rocks would be taken away by erosion
A fossil could be destroyed by heat due to melting, pressure from colliding bodies of rock, or from weathering at the surface.