Plant anatomy is quite simple; they consist of roots, stems and leaves. These make up a plants anatomy. The roots draw water and nutrients in from the soil and the leaves are where photosynthesis occurs. This process is vital in the plants ability to survive and can be a major contribution to the death of a plant. The stems provide the vital role of carrying water, as well as other nutrients, from the roots to the leaves. These are carried to the leaves by the xylem and the phloem and which carries food made by the leaves to the rest of the plant.

A plant will die if the shoot and the root systems are separated at ground level. When this occurs the plant is unable to get the water it requires for photosynthesis and the nutrients from the soil.

Throughout plants, at the tips of stems a

Now if the tree were to be ring barked, the section that went all the way around the tree would be removed so that all of the lateral meristem cell were removed, because the tree now has no way of replacing the phloem that was removed. The roots would be starved of food and the endodermis would collapse. As a result of this, the xylem would start sucking air up to the leaves and transpiration would halt because of no more Vacuum affect coming from the leaves. This will cause the plant to wilt, as the leaves will not receive the minerals needed, as the roots will have died.

While the trees Vascular Cambium is producing more xylem and phloem the tree is expanding, therefore the bark/cork on the outside of the tree must also expand or the tree would break through the bark. Another layer of meristem cells call the Periderm, which consists of the Cork Cambium, compensates this. The Cork Cambium produces more cells as the tree expands so that there is always bark covering the tree.

If a tree or plant roots enter a very salty patch of soil the water equilibrium. This will also cause wilting of the plant due to salt stress. With the excess amount of salt in the root system of the plant. Water will move from the rest of the plant to the roots to reduce the concentration of salts in the roots. With the movement of water from the rest of the plants water will be taken

Some topics in this essay:
, Cork Cambium, Salts Sodium, Vascular Cambium, Secondary Xylem, secondary xylem, vascular cambium, xylem phloem, root system, plant die, plants ability, meristem cells, layer meristem cells, leaves xylem, dicot plants, movement water,