Question

How do rows of trees, acting as windbreaks, change the evaporation rate of the soil surface on the leeward side of the barrier?

Accepted Answer

Rows of trees act as a barrier that slows down the wind blowing across a field. When wind hits the trees, it loses its speed on the leeward side, which is just the side protected from the wind. Wind normally acts like a thirsty sponge; the faster it moves over the soil, the more moisture it pulls out of the ground through a process called evaporation, where water turns into invisible gas. By slowing the wind down, the trees stop it from stripping away the damp air that sits right above the dirt. Because the air near the soil stays still and gets humid, it cannot soak up much more water. Think of it like a fan pointed at a wet shirt; the faster the fan blows, the quicker the shirt dries, but when you turn the fan off, the shirt stays wet much longer. This calm air under the shelter of the trees keeps the soil surface moist for a longer time.

How do rows of trees, acting as windbreaks, change the evaporation rate of the soil surface on the leeward side of the barrier?

Rows of trees act as a barrier that slows down the wind blowing across a field. When wind hits the trees, it loses its speed on the leeward side, which is just the side protected from the wind. Wind normally acts like a thirsty sponge; the faster it moves....

Community Answers

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How do rows of trees, acting as windbreaks, change the evaporation rate of the soil surface on the leeward side of the barrier?

Rows of trees act as a barrier that slows down the wind blowing across a field. When wind hits the trees, it loses its speed on the leeward side, which is just the side protected from the wind. Wind normally acts like a thirsty sponge; the faster it moves....

Community Answers