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TABLE 5 <br /> PRECIPITATION AND Eto DATA FOR STOCKTON, CA <br /> Month 2 Years in 10 will have more Eto Average Potential Deep <br /> precipitation than: (in/mo) Percolation (in/mo) <br /> (in/mo) (in/day) <br /> January 4.42 1.24 0.04 3.18 <br /> February 3.20 1.96 0.07 1.24 <br /> March 3.43 3.41 0.11 -- <br /> April 1.92 5.10 0.17 <br /> May 0.50 6.82 0.22 -- <br /> June 0.25 7.80 0.26 -- <br /> July 0.23 8.06 0.26 -- <br /> August 0.40 7.13 0.23 -- <br /> September 0.76 5.40 0.18 -- <br /> October 1.39 3.72 0.12 -- <br /> November 3.31 1.80 0.06 1.51 <br /> December 3.67 0.93 0.03 2.74 <br /> TOTALS(in.) 18.92 53.4 ------ 8.67 <br /> This chart illustrates that evapotranspiration far exceprecipita <br /> ;�di <br /> s tion, even when using higher <br /> rainfall data that exceeds normal rainfall data by 566/o (8.30 in. vs. 18.92 in.) Only in the months of <br /> January, February, November and December would deep percolation potentially occur. This data <br /> illustrates a relatively high potential for there to be significant evapotranspiration(or bare soil <br /> surface evaporation) from the leachfield. <br /> III. NITRATE LOADING STUDY FINDINGS <br /> The Nitrate Loading Study findings will be discussed in the following sequential categories of. <br /> 1.) Projected wastewater flow volumes from the Produce Stand <br /> 2.) Anticipated wastewater characteristics <br /> 3.)Nitrate loading from the project <br /> 4.) Decentralized wastewater management system for the Produce Stand <br /> 5.) The Conclusions and Recommendations Section. <br /> 8 �Ji <br /> Chesney Consulting <br />