As the tannins age, the colours begin to mature with it, leaving behind a rainbow effect as each fresh layer is revealed. When the green surface is exposed, the tree then begins to absorb pigments called tannins. The main theory suggests that when the bark sheds, the tree’s chlorophyll is exposed, causing it to turn bright green. Minimal scientific research has been conducted to explain why the trees change colour. Areas of the tree shed at different times cause the trees rainbow effect. The green then begins to slowly morph into other colours such as blue, purple, orange, and red. The tree sheds its bark in strips revealing its dominant bright green colour. However, the magnificent tree is one of the wonders still to grace Earth, growing in tropical regions such as Australia, Indonesia, the Philippines, and Papua New Guinea. Incredible tree 9 – Rainbow Eucalyptus treeĭonning a multicoloured shell and soaring up to 250 feet high, the rainbow eucalyptus tree looks like something plucked from a fantasy novel. However, there are species of pine trees that are currently threatened due to climate change that will soon become extinct However since the plants still naturally grow in the direction of the sun, they began to grow upwards again following their initial deformative growth.įortunately, with historic, modern and cultural value, the pine trees in the dancing forest are protected and not subject to deforestation anytime soon. The premature damage means the trees found an alternate method of growth, developing from their lateral buds instead and thus growing at an odd angle.
The leading scientific theory relates to caterpillars which feed on the pine shoot’s apical buds while the trees are still saplings. Studies have been done to determine the exact cause, but results have been inconclusive. But the unstable sand is what some people believe is the cause of the trees appearing seemingly unstable themselves. The trees were planted in the early 1960s to stabilize the sand in which they grow.
The cause of their unusual shapes remains a mystery. Growing like Bonsai’s, the pine trees in Russia’s Dancing Forest twist into a variety of shapes, including rings, hearts and spirals that circle into the ground. The highly threatened mangrove species is now subject to a danger of extinction itself due to coastal development, logging and modern climate change.
The increasing deforestation has caused endangered species which rely on the trees to rapidly decrease in numbers. Over the past four decades, 35% of global Mangrove forests have been destroyed. A factor that is becoming increasingly vital in protecting us from climate change. They also play a large role in protecting coastlines from storms and rising waters. Beneath the underwater roots, Mangroves offer protection to fish and other aquatic animals. The trees have a unique capability to grow while their roots remain completely submerged underwater, adapting to the soil that lacks oxygen and consists mainly of salt. Mangrove forests are one of the most biologically complex ecosystems on the planet. In optimal conditions, mangrove trees can grow to heights over 80 feet, while smaller varieties typically average 20 feet. Mangroves are a group of trees and shrubs that develop into forests along subtropical and tropical coastlines.
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