Students will create a small wind tunnel to observe how wind erosion impacts various soil types. By simulating wind conditions, they will identify which soil types are most susceptible to erosion.
If wind is applied to different soil types, then sandy soil will experience the most erosion compared to clay and loam soils.
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Cut one side of the cardboard box to create an open end.
Line the bottom of the box with plastic wrap.
Fill one-third of the box with sand.
Use the ruler to level the sand.
Position the hair dryer at one end of the box and turn it on to simulate wind.
Observe the sand movement and document the changes.
Repeat steps 3-6 using clay soil and loam soil.
Analyze which soil type showed the most movement.
Record findings and compare results.
Discuss how these results relate to real-world erosion.
Sandy soil is expected to show the greatest amount of erosion due to its loose particles. Clay and loam soils should show less movement due to their cohesive nature.
Type of soil
Amount of erosion
Wind speed, Box size, Initial soil level
Ensure the hair dryer is used away from water and the cord is not frayed.
Use clear before and after photos of each soil type.
Create a chart comparing erosion levels across soil types.
Explain the implications of wind erosion on agriculture.
Sand particles are less cohesive and easily moved by the wind.
Yes, you can explore different wind speeds or soil moisture levels.
Understanding erosion helps in farming and environmental conservation.
