it does
it does
Glaciers move (very slowly) therefore functioning as a source of erosion. They are also a source of weathering "in situ" due to their freeze/thaw cycles causing expansion/contraction of adjacent stone, causing physical deformation.
A bare mountain peak may be exposed to freeze/ thaw cycles, harsh sunlight, surface erosion by wind blown and water carried particles, and chemical weathering from acid rain. Bedrock under soil is not exposed to most weathering forces.
Only the action of erosion causes erosion, but water itself causes weathering:ErosionOceansRiversGlaciersWeatheringFreeze-thawSolution (Dissolving)Acid RainWater has no particular property which causes erosion, but its properties do cause weathering: when it freezes it expands, hence freeze-thaw weathering; it is a good solvent, hence it can dissolve soluble minerals, as well as acid, causing acid rain.
physical weathering
it does
Glaciers move (very slowly) therefore functioning as a source of erosion. They are also a source of weathering "in situ" due to their freeze/thaw cycles causing expansion/contraction of adjacent stone, causing physical deformation.
Freeze - Thaw weathering Onion skin weathering Erosion from rain water
Freeze/thaw cycles expand existing fissures in existing rock by the expansion caused by ice crystal formation. This leads to further erosion of the rock by freeze/thaw and chemical weathering from rainwater.
Freeze/thaw cycles are an example of mechanical weathering of rock.
Increased flow rate in water or wind erosion, as well as freeze/thaw cycles, animal movement, landslides, plant root growth, and sunshine.
Mainly mechanical weathering from freeze/thaw cycles.
A bare mountain peak may be exposed to freeze/ thaw cycles, harsh sunlight, surface erosion by wind blown and water carried particles, and chemical weathering from acid rain. Bedrock under soil is not exposed to most weathering forces.
There are four main processes that contribute to erosion - Chemical Weathering, Biological Weathering, Exfoliation, and Freeze-Thaw
Cliff recession refers to the gradual retreat or erosion of a cliff due to natural processes such as weathering, erosion, and coastal erosion. It can be caused by factors such as wave action, rainfall, freeze-thaw cycles, and human activities. Over time, the cliff face may become less stable, leading to its gradual collapse or retreat landward.
Wind-blown sand causes Mechanical Weathering of rocks by abrasion
Only the action of erosion causes erosion, but water itself causes weathering:ErosionOceansRiversGlaciersWeatheringFreeze-thawSolution (Dissolving)Acid RainWater has no particular property which causes erosion, but its properties do cause weathering: when it freezes it expands, hence freeze-thaw weathering; it is a good solvent, hence it can dissolve soluble minerals, as well as acid, causing acid rain.