Why Are the Blue Ridge Mountains Blue?

If you have rushed through the Blue Ridge mountain range ApalashiaYou may have seen blurry shapes sweeping distant peaks. The colors from Cerlean to Robin’s Eg Blue ranged, creating a picturesque view unlike any other way. The higher the mountains, the lighter of the color, although every distant peak appears to be some blue shade. However, when you travel near those mountains itself, something strange happens. Blue turns green, and suddenly you find yourself weaving across the Rodonendron shrubs and falling trees, confusing from where the blue shapes came in the first place.

1. So, what makes the Blue Ridge Blue Mountains?
2. Why are they blue instead of, for example, red?
3. Does this happen anywhere?

So, what makes the Blue Ridge Blue Mountains?

The curious minds were wondering why the Blue Ridge Mountains were for centuries. It turns out that the trees bear the blame for this phenomenon – or more specifically, Volatile We are.

When temperatures rise across the south, the trees emitted ezoprin (hydrocarbon) to protect themselves from maximum temperatures. This is mainly what is the Dutch biologist Frits Warmol theoretical gold In 1964, when he wrote that the color resulted from the production of air -to -air organic vehicles. The idea was that volatile hydrocarbons interact with ozone in the air and appear blue in the sun. After years, I noticed PBS (PdfThe extreme biological diversity in the region is also the responsibility of blame.

This part of the country occurs that it contains a lot of oak trees, which is known to launch a lot of isoprin. Relatively, maple trees produce relatively small amounts of this hydrocarbon. Coniles such as spruce and spruce trees are emitted by a lot of ezoprin. As long as the south hosts many trees producing visaoprin, such as oak, the mountains will continue to appear blue.

Why are they blue instead of, for example, red?

In order to understand the reason that the south does not contain the Red Ridge mountain range, you have to understand a little About physics And the way in which the human eye sees the color. Our retina responds better to red, green and blue. Blue shapes have a shorter wavelength than other colors, making them easy to detect the eye.

The sun receives a full range of light towards the Earth, but the fog over the mountains of the blue hills causes the spread of these colors, leaving the human eye to discover the remaining wavelengths shorter (blue). Scientists have decided that smaller molecules such as oxygen and nitrogen (which are abundant in the Earth’s atmosphere) do better in the prose of light with shorter wavelengths such as blue.

But the Blue Ridge Mountains no longer seem vibrant as they did before. Through pollution, humans added additional molecules to the atmosphere of the region, which generally increases vision. Over time, this contributed in gray colors as well as blue.

Does this happen anywhere?

This phenomenon is not exclusive to the United States. The blue mountains in Australia face a similar effect, although the Eucalyptus tree is largely responsible for the blue shapes there. Canada has its own blue mountains, and the Indian Nilgiri hills also appear from afar. Basically, with the correct number of trees the release of vehicles, ozone and sunlight, any mountain range can adopt a blue dye.

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