Wind erosion abrades surfaces and makes desert pavement, ventifacts, and desert varnish. Sand dunes are common wind deposits that come in different shapes, depending on winds and sand availability. Loess is a very fine grained, wind-borne deposit that can be important to soil formation.

Wind Deposition This often happens when the wind has to move over or around an obstacle. A rock or tree may cause wind to slow down. As the wind slows, it deposits the largest particles first. Different types of deposits form depending on the size of the particles deposited.

Wind Eroded Arid Landforms – Deflation basins, Mushroom rocks, Inselbergs, Demoiselles, Demoiselles, Zeugen , Wind bridges and windows. Depositional Arid Landforms – Ripple Marks, Sand dunes, Longitudinal dunes, Transverse dunes, Barchans, Parabolic dunes, Star dunes and Loess.

Wind Causes Weathering and Erosion Wind causes weathering by blowing bits of material against cliffs and large rocks. Wind also erodes sand and dust. 2. Wind Weathers Rock into Natural Structures Wind can form natural arches and other landforms in windy climates.

Depositional landforms are the visible evidence of processes that have deposited sediments or rocks after they were transported by flowing ice or water, wind or gravity. Examples include beaches, deltas, glacial moraines, sand dunes and salt domes.

Sand dunes

The three processes of wind erosion are surface creep, saltation and suspension.

The main features deposited by wind are sand dunes. Loess are wind deposits of finer sediments.

caves are chambers scoured by wind action. They are common in desert areas where they are formed in massive sandstone cliffs. Wind sweeping around such a cavity erodes the walls, floor, and ceiling, resulting in a bottle-shaped chamber usually of greater diameter than the entrance.

Wind energy (or wind power) describes the process by which wind is used to generate electricity. Wind turbines convert the kinetic energy in the wind into mechanical power. A generator can convert mechanical power into electricity. Mechanical power can also be utilized directly for specific tasks such as pumping water.

Wind erosion damages land and natural vegetation by removing soil from one place and depositing it in another. The main mechanism of wind erosion is wind propelling sand and dirt causing erosion. Over time all the impacts of the loose sand on the rocks starts to make the rocks chip away and erode.

Wind erosion can result in a variety of types of movement of the soil. These three types different types include suspension, creep, and saltation. Suspension occurs when the wind takes fine particles of dirt and dust into the area and can move said particles over long distances.

The most important effect of wind erosion; the removal of loose particles of sand and soil by the wind. Strong windstorms in arid regions are often referred to as this. Huge heaps of loose, windblown sand common in deserts and near beaches.

Erosion involved three processes: detachment (from the ground), transportation (via water or wind), and deposition. The deposition is often in places we don’t want the soil such as streams, lakes, reservoirs, or deltas.

These are inter-rill erosion, rill erosion, gully erosion, and streambank erosion.

There are two types of erosion: intrinsic and extrinsic.

Climate is perhaps the most influential force impacting the effect of erosion on a landscape. Climate includes precipitation and wind. Climate also includes seasonal variability, which influences the likelihood of weathered sediments being transported during a weather event such as a snowmelt, breeze, or hurricane.

The key climatic characteristics influencing erosion processes in a given territory include atmospheric precipitation, wind, air temperature, air humidity and solar radiation. The factors having a direct effect on soil erosion are atmospheric precipitation (water erosion) and wind (wind erosion).

Climate, soil properties, vegetation, soil cover, and land management practices are factors that influence both water and wind erosion….Objective.

To control wind erosion:

• maintain a vegetative cover, either growing plants or crop residues,
• reduce cultivated fallow,
• reduce or eliminate tillage,
• if you do till, choose a tillage implement that buries less residue and reduce tillage speed,
• plant and maintain field shelterbelts.
• avoid overgrazing.

Aerokinesis is the ability to control wind currents by utilizing psionics and the mind. With this power, practitioners can manipulate the air around them to change the flow of current and even form gusts of wind.

One of the more obvious ways that wind turbines could help agriculture is by mixing up the air, getting more carbon dioxide (CO2) to the crops, since “the job of corn is to take up as much CO2 as it can,” said Eugene Takle, an agricultural meteorologist at Iowa State University.

1. Planting Vegetation as ground cover: Farmers plant trees and grass to cover and bind the soil. Plants prevent wind and water erosion by covering the soil and binding the soil with their roots.

In sustainable agriculture, the goal is to reduce the input of external energy and to substitute non-renewable energy sources with renewable sources (e.g., solar and wind power, biofuels from agricultural waste, or, where economically feasible, animal or human labor).

You can reduce soil erosion by: Maintaining a healthy, perennial plant cover. Mulching. Planting a cover crop – such as winter rye in vegetable gardens. Includes annual grasses, small grains, legumes and other types of vegetation planted to provide a temporary vegetative cover.

5 Ways to Stop Soil Erosion Around Foundations

1. Plant Small Shrubs Around Your Foundation. Plant roots become firmly entrenched in the dirt and help keep soil in place.
2. Install Gutters.
3. Install a Drainage System.
4. Make Sure Your Soil is Properly Graded.
5. Check for Plumbing Leaks.