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228 Living Energies range may lie between say +38.2°C and +38.6°C. This is why, once a climactic tem- perature has been reached, the affected per- son often recovers very quickly. From this it becomes clearly apparent that, like us, the tree does not sicken because of parasitic and fungal attack, but because its state of indifference has been disturbed and its condition of highest health and vitality disrupted. The tree thus attracts those para- sites because the changed energetic vibra- tions, resulting in abnormally high internal temperatures, are conducive to their procre- ation and propagation. Parasites are therefore what Viktor Schauberger called "Nature's Health Police", whose job it is to remove all genetically degenerate organisms in order to safeguard the future. In the case of the tree, however, the principal cause of this genetic degradation is a total misunderstanding of the tree's responses to light and heat, which will now be addressed below. 27.3 Light- and Shade-Demanding Trees The table [fig. 16.10] on p. 216 shows that there are two categories of tree labelled shade-demanding and light-demanding. Modern forestry practice does not recognise this, with dire consequences for the overall health of the forest. In its quantitative approach, contemporary forestry considers that if a tree grows rapidly, puts on a profu- sion of branches and gains quickly in girth, then it is getting value for money. What forestry is actually getting is quantity, but not quality for its money. Through lack of understanding of the light factor and its associated effects of increased temperature, forestry has completely over- looked the reason for the increased incidence of disease, not only in logged natural forests, but more particularly in plantation forests, where shade-demanding species are exposed to the damaging effects of direct sunlight and heat almost from birth. But how can we determine whether a tree is a light-demander or a shade-demander? There are two princi- pal ways: 1. Shade-demanding species generally have thin smooth bark for, being normally resident in the inner areas of the forest, they do not need to insulate themselves from the heating effect of direct sunlight. Light- demanding timbers on the other hand have thick, coarse, thermally insulating bark, which is Nature's way of protecting them from the same potentially harmful influ- ences. 2. Shade-demanding trees grow additional branches on the trunk when exposed to light and heat, whereas light-demanders do not. As an example of this, fig. 17.1 shows two trees on the author's property in Australia, one is a shade-demander (a) and the other a light-demander (b). The whole area shown in the photograph was covered over with dense lantana (which as an introduced exotic species goes berserk in hot climates) up to a height of about 4 metres. The trunks of both trees were therefore protected from the light of the Sun for the first 4 or so metres above the ground. Since this area was only recently cleared for the first time after many years, the youngish shade-demanding tree had lived all its life with its trunk protected from the heat and light of the Sun. Six weeks after clearing operations, the shade-demanding tree (a) (see also fig. 17.2) started to grow some extra branches on the lower part of the trunk on the sunny side. It had to do this in order to protect itself from the new and unwanted heat, which disturbs the orderly flow of sap. In most cases, therefore, when tree or shrubs are pruned and continually regrow branches quickly in those areas where they were cut off, you know that you are dealing with a shade-demanding species. The reason they put the lower branches on is not because they want the sunlight, but because they do not want it on the trunk. When sunlight bathes the trunk, all the metabolic processes within the tree are disrupted. Thetree becomes overheated, the sap no longer flows as it should and the general structure of the tree becomes very coarse, leading to malfor- mations, cancerous growths in the interior,PDF Image | Viktor Schauberger Work Explained
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