Question

What is the function of Windbreaks?

Answer 1

Hint: Windbreaks are trees and plants planted in a straight line to improve agricultural output, protect humans and animals, and save soil and water. Vine and tree fruit growers, row crop farmers, animal producers, and rural homes can all benefit from windbreaks.

Complete answer:
A windbreak is a planting that consists of one or more rows of trees or shrubs arranged in such a way that they give wind protection and soil erosion protection. Hedgerows at the margins of fields on farms are often planted with them. Windbreaks around a house may save heating and cooling costs while also conserving energy.

Windbreaks are also planted to prevent snow from drifting into streets and yards. Windbreaks are used by farmers to keep snow drifts from accumulating on farmland, which will supply water when the snow melts in the spring. Other advantages include creating a microclimate surrounding crops, giving wildlife habitat, and, in some areas, supplying timber if the trees are cut.

Alley cropping is an agricultural method that incorporates windbreaks with intercropping. Fields are divided into rows of various crops, which are bordered by rows of trees. Fruit, timber, and wind protection are all provided by these trees. Where coffee farmers have mixed farming with forestry, alley cropping has been particularly effective in India, Africa, and Brazil. A shelterbelt can also be used to screen a farm from a busy road or highway. This enhances the agricultural environment by decreasing the motorway's visual intrusion, lowering traffic noise, and creating a safe barrier between farm animals and the road.

Note: Windbreaks are another type of fence that is used. Windbreaks are usually made of cotton, nylon, canvas, or recycled sails and consist of three or more panels held together by poles that slip into pockets stitched into the panels. After that, the poles are pounded into the earth to create a windbreak. Windbreaks, sometimes known as "wind barriers," are used to minimise wind speeds in erodible locations including open fields, stockpiles, and dusty industrial operations. Because erosion is proportional to wind speed cubed, a wind speed reduction of 1/2 (for example) will result in an 87.5 percent reduction in erosion.