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The Effect Of Traditional Solid Waste Disposal?

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Background information
Subterranean irrigation planters (SIPs) allow input water to be applied directly to the root zone where plants (trees are included in this) are able to perform uptake by capillary action. This reduces surface evaporation and increases effective irrigation efficiency while also containing the root systems of individual plants. This form of irrigation can be used in conjunction with system wastewater from the production of fish or other aquaculture allowing the nutrients to be recycled back into a plant system while also reducing negative environmental and monetary impacts of traditional solid waste disposal. This process reduces the effort needed to sustain the plant, while also reducing the functioning costs of maintenance and water. Additionally, the added nutrients improve the health of the plant, and utilize the otherwise wasted resources found in the fish effluent.
SIPs have been patented for use on a small scale for over one hundred years. Materials used have changed fairly drastically as time has progressed but the general setup has remained the same. SIPs generally consist of a container, soil, water, a boundary layer separating the soil and the water reservoir, and can also include surface covers, capillary material, float valves, and center columns. The general SIP design lends itself to alterations and adaptations based upon the desires and needs of each individual client for instance, there are a variety of materials that can be used

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