What do you know about Cambium?

Mention of Cambium is something that a person can meet when they grow shrubs or trees, or when they study herbal studies. The reason for this is that the gearbox is extremely important for the growth of trees and many shrubs. It also contains a lot of healthy substances that sometimes have a medicinal value. However, the change is no less amazing.

The transmission is often referred to as the inner cortex. Although it is descriptive and accurate what the cambium is, it does not explain how extraordinary this substance is. The gearbox is actually a layer found between the bark of a tree and the wood of a tree. Many shrubs also have a layer of cambium, but it is easier to think of everything on the trees.

Not only is the gearbox located between the crust and the wood, but it is responsible for creating both. For cell division, the transmission produces wood when the division is in the direction of the center of the tree. If the cell division is far away from the center of the tree, a protective layer of cork is created. It's bark.

The gearbox produces wood in layers and makes a tree thicker with age. During the time of year when the gearbox produces vigorously, the woody layer that tends to pale in color makes. When the gearbox slows in wood production, the wood layer tends to be darker. This creates what many people know as tree rings.

The width of the rings actually shows how much the growth period was when the ring was made. Because if the growth conditions are good, the gearbox produces a lot of wood. If the conditions of growth are scarce, it does not produce so much. In a few years, the gearbox can produce two rings that show the botanists that the growth conditions were suddenly passed from good to poor and then again well.

The thickness of the rings furthermore demonstrates how brisk the tree creates. We understand that the Oaks grow continuously and the rings show it. They are for the most part thin and give you a packaged look. The jaw, of course, has generous tree rings that exhibit that the tree has developed a considerable measure of wood in the vegetation time span. This infers the pines grow quickly. It's essentially expansive, nonetheless. A kind of pine, Pinus pine, known as the immense bowl of Bristlecone pine, is exceptionally direct creating and tough. One of these trees is from every angle more than 5 000 years old, making it the most settled tree on the planet.

The layer of fitting cambium made far from the point of convergence of the tree has the piece of protection of the gearbox. Note that in the midst of the cambium, neither the wood nor the bark is alive. The layers of wood and bark do not grow as they age. The wood and the crust become thicker than the age of the tree, but this is because of the additional layers of wood and bark that produce the gear.

This also explains why many trees have soft bark when they are young, but the crust is divided as the age of the tree. Since the crust is not very elastic and is added by a new layer of inner bark thrust each time the gearbox is added to the crust, the outer crust is divided. This is the case of pines and oaks. In certain tree species, such as birch trees, the outer layer of the crust could be disregarded in paper-like fragments.

The gearbox makes more than produce wood, which is the structural structure of the tree, and the bark, which is the protection of the tree. It is also a transport system, wherein water and nutrients from the roots to the leaves and the sugar in the leaves produced back to the roots.

This is what makes the cambium looking for herbs. Drugs are concentrated in the gearbox. For example, Salicin, the medical substance found in the will, is found in the transmission and limb of the branch. There are also Salicin in the leaves, but it is not so focused.

All this makes the change very surprising. It produces wood and bark, transports water, minerals, and sugar and concentrates the drug substances in one layer. What breaks the mind is that this layer, even in the larger tree, is very thin. In fact, the exchange layer is just a dense cell!

For many people, it is not the meaning of what the gear makes amazing, but the fact that it can do all this, but only a thick cell. Aren't you agreeing that it's pretty amazing when you get most of a big tree?

ImageCredits: Pixabay