May 9, 2025
Science

Why do all the salt deserts in the world have a honeycomb pattern?

  • October 14, 2024
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Even one is surprising not round or elliptical. They all specifically have a honeycomb pattern. Agree What could be the reason for this? Salt deserts are flat and

Why do all the salt deserts in the world have a honeycomb pattern?

Even one is surprising not round or elliptical. They all specifically have a honeycomb pattern.

Agree What could be the reason for this?

Salt deserts are flat and wide areas that occur where there are several bodies of water, such as lakes and ponds.

desert

Due to years of lack of rain and water accumulation underground, the water on the surface evaporates Only salt and minerals remain. Moreover, these areas look like dry, white seas shining under the sun, and their size amazes those who see them.

But the honeycomb patterns that appear on the surfaces make the view even more fascinating. On the other hand, the formation of salt desert patterns has been going on for many years. attracted the attention of scientists and it raised a lot of questions.

Research has shown how these patterns are formed.

desert

According to recent studies, honeycomb patterns are found in salt deserts just below the surface. It is formed by the movement of salt water. The movement occurs due to a type of convection current caused by the difference in density of salty water and less salty water.

To explain how this happens, for example, when hot water of lower density rises to the surface, The denser cold water sinks to the bottom. Likewise, salt water, which has a higher density, sinks to the bottom, while fresh water, which has a lower density, rises to the top.

Here the continuous flow creates columns of water that roll across the surface of the salty desert the same types of patterns appear It allows it.

So why a polygon and not some other shape?

desert

Because the columns When multiple currents occur at the same time, they push on each other. For this reason, the shapes formed have a honeycomb pattern. If the convective current were uniform, we might see circular shapes.

Sources: Science ABC, Nottingham Trent University

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