Wind
The wind is one of the most important and main geomorphic agents in the case of arid areas. Winds cause deflation, and abrasion, and also impact The drastic changes in the temperature lead to rocks that are without vegetation, and chemical and mechanical weathering.
Erosional Landforms due to Wind
Erosional landforms due to wind are as follows:
- Pediplains
- Mushroom, Table, and Pedestal Rocks
- Deflation hollows
- Pleyas
Depositional Landforms Due to Wind
The kinds of depositional landforms due to wind are as follows:
- Barchans
- Parabolic dunes
- Seif Dunes
- Longitudinal Dunes
- Transverse Dunes
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Evolution of Landforms
Evolution of Landforms: The evolution of landforms refers to the different processes of transformation of one landform to the next, or the transformations of individual landforms once they are formulated. A landform goes through various stages of development- which are youth, maturity, and old age.
Erosion and deposition are the two important parts of the evolution of landforms and the geomorphic processes are unavoidable. and usually takes place slowly and over a long duration. The evolution depends on the geomorphic agents which include groundwater, glaciers, waves, and winds. Both the processes of erosion and deposition change the surface of the earth.
Table of Content
- Landforms and their Evolution
- Running Water
- Erosional Landforms
- Depositional Landforms
- Groundwater
- Glaciers
- Waves and Currents
- Wind