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Drumlin is the result of deposition and not erosion. It refers to a long, low hill of sediments deposited by a glacier.
Sediments are deposited on to other sediments and immense heat and pressure turn the sediments into a rock
Sediments were not deposited in the location, erosion removing a layer of rock after it formed.
Through the effects of weathering and the transportation of the resultant sediments by erosion to a place where the sediments are deposited in still waters or in land based sedimentary deposits where they are compacted and cemented together into a rock.
First of all there is weathering (erosion) of rocks at some place, they are carried away by wind or water at some other place and deposited there.Layers on layers are deposited to form sediments.
in erosion sediments are are deposited, in weathering sediments are taken away
a decrease in the speed of the agent of erosion occurs
Drumlin is the result of deposition and not erosion. It refers to a long, low hill of sediments deposited by a glacier.
well first is weathering, then the sediments ,then erosion takes the sediments to a new place ,then they are deposited there for a new land form to come
Sediments are deposited on to other sediments and immense heat and pressure turn the sediments into a rock
Sediments were not deposited in the location, erosion removing a layer of rock after it formed.
Sediments produced from weathering and erosion are deposited in still environments, compacted by the weight of additional sediments and cemented by minerals that are present in the water that is being squeezed out between sediment particles.
sedimentary rock formed by weathering and erosion
The sediments carried and deposited somewhere else build new things. Also natural arches are pretty landforms caused by wind erosion.
Erosion
wind erosion
Igneous Rock turns into a Sedimentary Rock using Weathering and Erosion. Weathering breaks down the rock into small sediments. Erosion takes the rock and send the sediments into another location, where they are deposited and then consolidated to form a sedimentary rock.