Erosion is the wearing away of landscape by different agents such as water,wind etc.So erosion takes place rapidly in a place where these agents act actively on material.
Vertical erosion is when the depth of the river is greater than the width causing erosion to take place on the bed of the river. This is also when lots of water enters the river but not as much is exiting it.
Surface erosion occurs in the Earth layer called the crust.
Wind is an agent of erosion. It is responsible for moving material from one place to another place.
It is called erosion.
The correct answer is limestone in a warm, wet climate.Your Welcome! :D
Because erosion only takes place on land
The crust is the only place erosion takes place, primarily on the land surfaces.
yes... it does.
because there are rocks
the wind
Right after weathering and erosion
Your mom and moning
Weathering does not necessarily have to take place before erosion. While weathering is the breakdown of rocks into smaller particles, erosion is the process of transporting these particles to a new location. Weathering can occur simultaneously with erosion or even after erosion has started.
The erosion causing the Grand Canyon occurred in the gorge forming the canyon.
Erosion happens in the earths crust and it happens because of that layer is exposed to that weather
Erosion is a natural process that can occur over short or long periods of time, depending on various factors such as the type of rock or soil, climate, and human activities. In some cases, erosion can take place over thousands or even millions of years, while in other instances it can happen more rapidly over a few decades or centuries.
The rate of erosion can vary depending on factors such as wind, water flow, and the type of material being eroded. In some cases, erosion can happen rapidly, such as during a storm or flood event, while in other cases it can take many years for noticeable erosion to occur. Overall, erosion is a natural process that happens over time as external forces wear away at the Earth's surface.