what is three dimensional forest farming?
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Forest farming is also known as three-dimensional forestry because the crop falls and feeds animals that are sold
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A 3D scanner is a device that analyzes a real-world object or environment to collect data on its shape and possibly color. The collected data can then be used to construct digital, three dimensional models that are used in a wide variety of applications. These devices are used extensively by industry in the production of such things as movies and video games. Other applications include industrial design and prototyping, computer vision and documentation of cultural artifacts.\n\nTwo types of 3D scanners are contact and non-contact. Non-contact 3D scanners can be further divided into two main categories, active scanners and passive scanners. There are a variety of technologies that fall under each of these categories.\n\nThe purpose of a 3D scanner is usually to create a point cloud of geometric samples on the surface of the subject. These points can then be used to extrapolate the shape of the subject (a process called reconstruction). If color information is collected at each point, then the colors on the surface of the subject can also be determined.\n\n3D scanners are very analogous to cameras. Like cameras, they have a cone-like field of view, and like cameras, they can only collect information about surfaces that are not obscured. While a camera collects color information about surfaces within its field of view, 3D scanners collect distance information about surfaces within its field of view. \n\nGood quality 3D scanner will cost you $ 2495.\nPl. visit:\nhttps://www.nextengine.com/indexSecure.htm
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I believe that there is already a logging system in place. Carefully controlled logging actually helps forests regenerate. There are many animals that cannot live in dense, old forests. Deer, for example, thrive on saplings and young vegetation. There is a huge difference between clear-cutting and logging.
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Plantations very in size. They are really just large farms.
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First off forests don't produce oxygen, that is one of those science factoids that everybody knows and thatis completely without basis. See the link below.\n\nForestry is important because it produce wood and wood pulp for parer. It also provides an ecnomic incentive for maintaining area sof managed wilderness and plantation forest that provide essential environmental services such as wildlife habitat and water regulation.
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Shallow farming without crop rotation then add in a period of little or no rain
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Overfarming, soil mismanegement, and the cutting down of trees turned fertile land into wastelands
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usually i look for these things on wikipedia but all i could find was "the geography of sri lanka". heres a paragraph from that article:\n\nThe nature of agricultural pursuits in Sri Lanka has changed over the centuries and has usually depended upon the availability of arable land and water resources. In earlier times, when villagers had access to plentiful forests that separated settlements from each other, slash-and-burn agriculture was a standard technique. As expanding population and commercial pressures reduced the amount of available forestland, however, slash-and-burn cultivation steadily declined in favor of permanent cultivation by private owners. Until the 13th century, the village farming communities were mainly on the northern plains around Anuradhapura and then Polonnaruwa, but they later shifted to the southwest. In the 1980s, wide expanses of the northern and eastern plains were sparsely populated, with scattered villages each huddled around an artificial lake. The Jaffna Peninsula, although a dry area, is densely populated and intensively cultivated. The southwest contains most of the people, and villages are densely clustered with little unused land. In the Central Highlands around Kandy, villagers faced with limited flat land have developed intricately terraced hillsides where they grow rice. In the 1970s and 1980s, the wet cultivation area was expanding rapidly, as the government implemented large-scale irrigation projects to restore the dry zone to agricultural productivity. In the 1980s, the area drained by the Mahaweli Ganga changed from a sparsely inhabited region to a wet rice area similar to the southwest. Through such projects, the government of Sri Lanka has planned to recreate in the dry zone the lush, irrigated landscape associated with the ancient Sinhalese civilization.
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In agriculture we are dealing with fertilizers, crops, trees, water for irrigation,... as an example \nWe need many algebraic calculations to Dael with this such as :\nIf their is 5 trees for every square meters , how many in acre ?\nIf the crops of definite kind in US grows 2% yearly what it the total amount of that will be after 10 years ?\n ( geometric sequence)\nYou can find many other examples your self
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It's a two dimensional net forming into a three-dimensional solid.
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1) rotate crops \n2) plant nitrogen restoring plants on fallow (unused) plots
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It is not a type of tree that produces what you are looking for.  It is a process of converting the wood/pulp to papper and layering it with layers of plastic to give it those properties.
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3d studio max has a "render farm" feature. If you have a very complex scene that you are rendering you can harness the power of other computers on the network also running 3d studio max to help render.
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Plant a tree, recycle, sleep
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openGL is the best for 3-D drawing.
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The question is not clear. Are you refering to ecological sub-systems with the rainforest?\nRainforests are the most complex of ecosystems, both in terms of structural complexity (several vertical layers, etc.) and in terms of interelationships and functions. \nSome of the sub-systems of the rainforest (although there is no clear separation between them) are the canopy, the underbrush, and the leaf litter levels. All of those are disturbed (destroyed, more likely) by deforestation. All the arboreal habitats just disappear, to be replaced (more or less slowly) by secondary-growth forest, which is much thicker and comprises different species (mostly opportunist species that grow rapidly once a clearing opens); and the leaf litter system (comprising most of the detritivore food web) is also destroyed because the ground level is exposed to direct sunlight and evaporation, as well as the erosive effects of rain.
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Deforestation is the loss or continual degradation of forest habitat due to either natural or human related causes. Agriculture, urban sprawl, unsustainable forestry practices, mining, and petroleum exploration all contribute to human caused deforestation. Natural deforestation can be linked to tsunamis, forest fires, volcanic eruptions, glaciation and desertification. The effects of human related deforestation can be mitigated through environmentally sustainable practices that reduce permanent destruction of forests or even act to preserve and rehabilitate disrupted forestland.