Water
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The Greenhouse*A*Syst series of publications is a confidential self-assessment program you can use to evaluate your greenhouse business for risks associated with water management issues. Armed with facts and figures, you will then be able to reevaluate your management strategies and determine ways to conserve water and minimize those risks. By following the guidelines, you will be able to establish a formal company-wide water conservation plan.
Implementation of this plan will facilitate more efficient use of resources and impart significant savings in water use, fertilizer and pesticides. This section will help you develop a plan to
conserve water resources and establish a company policy. It will also ask you to become more aware and involved in local water use legislation. By completing this section, you will reduce the risk of being caught off-guard by water shortages due to legislative and social issues in your community.|
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All vegetables, especially tomatoes, like an even supply of water throughout the growing season, and will often develop problems if their water supply fluctuates. If watering restrictions or bans are imposed, water conservation becomes a critical issue.
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This bulletin describes a recommended procedure to measure soil saturated hydraulic conductivity (Ks) with a borehole permeameter and convert this value to estimates of percolation rate for on-site wastewater treatment systems. Saturated hydraulic conductivity is a fundamental hydraulic parameter for soil water flow and it is defined as the ratio of the water velocity to the hydraulic gradient. This bulletin also provides information on a computer-based program to help calculate saturated hydraulic conductivity.
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These irrigation budgets, developed by University of Georgia Cooperative Extension, are estimates of the irrigation costs of a center pivot irrigation system located in southeast Georgia. Our intention is to provide flexible, user-friendly irrigation budgets with default values. That being said, the variation among different farm conditions can impact investment costs and annual costs associated with irrigation; users are suggested to modify these default values and customize their budgets according to their specific field conditions. Please consult your irrigation providers for properly designed center pivot systems that match well production to achieve your irrigation goals. This should serve as a generalized user guide for irrigation budgets and provide guidance for adjusting the default values in the budgets.
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Many Georgia communities are wrestling with wastewater disposal issues. The choices a community makes may affect its growth and environmental quality. This PowerPoint presentation presents the basics of wastewater treatment systems so that community leaders can make better-informed choices.
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Planting ornamental plants correctly increases their survivability and performance in the landscape, and it helps them develop a vigorous, healthy root system that increases their drought tolerance during periods of limited rainfall. This pubication provides research-based guidelines for proper planting.
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Water-wise landscapes not only save water, they save time by requiring less routine care than most traditional landscapes. This publication offers guidelines to help you achieve these goals and conserve water when managing your landscape.
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A landscape designed, installed and managed according to Xeriscaping’s seven steps uses up to 50% less water than a traditional landscape. And, a well-designed water-wise is just as attractive as a traditional landscape.
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Low-energy input systems that utilize microalgae and the natural biological process of photosynthesis can drive efficient wastewater treatment systems. This publication describes the use of microalgae in wastewater treatment.
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