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rl <br /> CONCLUSIONS <br /> Based upon p n our thorough review of the physical and chemical properties of the site soils as <br /> presented in the NRCS Soil Survey and based upon our own chemical analyses, we noted the <br /> following.- <br /> - The soil's capacity to.hold water is high. <br /> f <br /> The site soils have densities which classify them as having slight limitations for <br /> iapplication of agricultural waste. <br /> E <br /> - Based upon the Cation Exchange Capacity values, the limitations for solid and liquid <br /> f waste applications are in general slight. <br /> Based upon the depths to a cemented pan, the limitations for application of agricultural <br /> F waste are slight to moderate. <br /> F. <br /> F., <br /> The depth to the "high water table" is greater than 5 ft.; therefore, the limitations for <br /> application of agricultural waste are slight. <br /> - All soils have rare flooding potential. <br /> - Soils have slow infiltration rates and very slow to moderate permeabilities. <br /> i <br /> Based upon the pH value, three (3) of the site soils have slight limitations and one soil <br /> has moderate to slight limitations. <br /> salinity� <br /> Soils, y classif y them as having "very slight limitations". <br /> Based on the above, it can be concluded that the site soils have the capability and capacity to be <br /> h <br /> used to disperse storage pond liquids containing nutrients and manure solids onto the irrigated ; <br /> areas, and the application of nutrients at agronomic rates will protect the groundwater quality. <br /> I <br /> 1 <br /> Fir <br /> Refer to page 22 for Endnotes and Reference Sources <br /> F. ®Western Dairy Design Associates, Inc.2003 <br /> Page 21 <br />� J <br />