Wind
Erosion causes the transport and movement of weathered materials, like rocks and soil, from one place to another. This movement can lead to changes in the landscape and the reshaping of landforms, which weathering alone cannot accomplish.
Floods cause weathering by carrying sediments and debris that can physically break down rocks and soil. They also cause erosion by transporting these sediments downstream, wearing away the land and changing the landscape over time. Floodwaters can both pick up and deposit sediments, which can lead to both weathering and erosion processes occurring along the flood's path.
Erosion and weathering are interrelated processes that work together to break down and transport rock material. While erosion physically removes the material from its original location, weathering breaks it down chemically or physically. The combined effects of both erosion and weathering can cause significant changes to the Earth's landscape over time.
Weathering and erosion
Wind and water are the major causes of weathering and erosion.
Water is the largest cause of weathering and erosion, as it can wear away rocks and soil over time through processes like freeze-thaw cycles, running water, and wave action. This constant movement and breakdown of materials by water contribute significantly to shaping Earth's surface.
weathering is part of erosion there are two types of erosion mechanical and chemical. chemical refers to elements such as oxygen and Iron which cause a chemical change such as rust and oxidation mechanical weathering is when rocks or materials are separated by water mass movement etc
Weathering can be caused by factors such as freeze-thaw cycles, acidic rain, and biological activity. Transport by erosion can occur through processes like water, wind, and glaciers, which pick up and carry weathered material away from its original location.
erosion and sand
Weathering can cause erosion if no safety measures are taken.
by it does
Erosion can cause weathering by wearing down rocks and transporting particles, exposing them to different environmental conditions. This exposes the rocks to more physical and chemical processes that contribute to their breakdown and eventual disintegration, leading to weathering.