SystemGiant develop root of redwoods typically a very extensive root system early in his career. In a region of a summer long marked dry season is this type of root in very substantial but unusually wet system, Web sites or others. Even with a large root system it is the giant Sequoia in its natural distribution of moisture from the still fairly limited land area. As we have seen, it is the germination and the initial stages of the seedlings that are more prone to environmental problems such as drought. Once they redwoods have germinated and seedlings with good root system was strong, they are quite capable of survival in many parts of the world. During the first two years of growth, root system begins more branch, and that the tree grows more, is lateral growth below the surface of the soil, the more continue. Finally, the tree roots broader cents is eleven hundred fifty meters and in some cases more than two hundred meters. This means that some large redwoods is an envelope hectares of forest approximately square to extend its influence. Most of the root system of the giant Sequoia consists of small investors fadenf–ď¬∂rmigen, most spread at the foot of the tree roots. None of the large roots is probably more than half of one and two or three feet in diameter and most of them are much smaller. The entire root system is expected that within four or five meters from the ground surface. It is a surprisingly soft Foundation for a structure over can ground the Tower of 250 to 300 feet (20-25 stories) and weighs 12 million pounds (as much as a cargo boat leaves small Ocean). Despite their immense need for moisture and nutrients, the Sequoia giant used does not have the leverage of available resources. On the other hand, a long term relationship, very stable, tends the land to make it. Systematic analysis and evaluation of the condition of the land around giant ages have a number consistently and reliably different chemicals to a Sequoia required welfare. The Andr3zinho soon as a young giant has one sufficient supply of humidity throughout the year Sequoia and the sunlight begins very quickly grow. Under optimum conditions of glass block main stem towards the top and the tree is conical. The upper part of the Crown retains this way for many years, even if not in the tree of the direct light of the Sun, which may begin to lose their lower branches deepened more and as the shadow around the base. Ultimately, however sexual has reached maturity and then gradually loses the Crown of the tree be appearance of church towers clearly takes a more rounded, dome-shaped form. The Crown of a Redwood giant mature looks with great cloud as waves of vegetation, in contrast to the sharp peaks around around other conifers are well rounded. The upper part of the Crown is at the age most rounded and great height are combined to inhibit growth upwards again. Massive limbs are also typical for older veterans. Even trim finally can make for the most important tribes are free to branches per cent until einhundert fifty feet above the ground. U older trees one or several branches hold horizontally Smaller To Taller Height Program at the exit of the root and turn upwards to achieve a further 100 to 150 feet under the Sun of May. The Redwoods are many older hook overcome giant in appearance. They have wood died at the peak of their crowns, which were larger and then returned to die a little, even if they appear to be strong and healthy otherwise. The most common cause of HIC - top is damaged by a fire. Eighty-five percent of the Redwoods is equipped with mesh top even have the scars of severe burns in their tribes. Rate GrowthCoast redwoods can be six, at least 8 feet tall in one season, and the giant Sequoia will probably increase to have two meters per year in the percentage of the 1950s at the beginning. On the other hand maintain massive trunk of the giant Sequoia expand - raise your overall volume - with speed, greater than any other tree. Growth rings are common in young sequoias in optimal conditions a half-inch thick. This corresponds to an increase of one centimeter in diameter per year. And it should continue rapid growth, as well as the trunk was one hundred feet in size. Since then the growth rings may be closer, but the total volume of growth continued at the same or be increased. In the context of his work for the National Park Service, the research team measured Hartesveldt size and growth rate of many giant sequoias. They calculated that General Sherman (in the giant forest) - still widely can - grow more rapidly the structure as the world's largest tree. They found that the shaft carefully about three inches diameter increased over the years from the end of 1940, measurements were made in 1931. Three centimeters in diameter in forty years seems less rapidly grows, until you realize that the general Sherman tree is diameter of more than 100 meters as 272 feet high and more than thirty meters. New layers of thick wood is distributed in an area of the large and high, which means that the new wood in the last forty years of the General Sherman tree has enough each year to build a five- or six-bedroom period House. General Sherman, otherwise team Hartesveldt describes the rapid growth. After forty years of known growth they have calculated that besides cubic wood of 40 meters per year during this period was over, or in other words, about the same volume of wood from a tree to twelve centimeters in diameter to the breast height and found fifty metres in height. Thus a rate of growth of the general Sherman tree front to start and come with fifty meters in height and one foot in diameter in a single year. In theory, looks like a giant Sequoia living to go it can grow forever. The death comes only or other external event physical to undermine or overthrow of erosion by the wind the media. Although they are no longer as beings more ancient world view life theory could regain the title at some point in the future. Today is about 3,300 years old oldest known giant Sequoia. Photographed the enduring giant of Joseph h. Engbeck, Jr., published by California State Parks. ,,.