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DEMOGRAPHICS <br /> Bogetti's Fruit Stand Tire Shop R.V.Park Hobby Shop/ Three Office Mini Self Water <br /> Orchard Computer Buildings: Storage Slide/Picnic <br /> Restaurant Education (6 Separate Park <br /> Businesses) <br /> st.Number 50 50 5 90 Spaces 10 (Est.) 50 20(Est.) 100 <br /> f Daily (3 mos./yr) <br /> ustomers <br /> st. Number 15 3 2 3 (Est.) 12 1 (Est.) 5 <br /> f Employees <br /> OTALS 65 53 7 93 13 62 21 105 <br /> The San Joaquin County Parcel Viewer Aerial photos illustrate the surrounding land use to the <br /> north, south, east and west of the subject properties is, and has been,predominately in <br /> agricultural production for last several decades. There is a slight possibility that the subject <br /> property will connect to a Vernalis municipal water and sewer several decades from now, if ever. <br /> B. SOIL PHYSICAL CHARACTERISTICS AND ANALYTICAL TEST RESULTS <br /> Soil characteristics for the subject parcels north of SR 132 have been documented and discussed <br /> in the submitted Soil Suitability Study. Soil characteristics for the parcel south of SR 132 <br /> consists of the following information: The project site has level terrain; consequently, there will <br /> be no need to incorporate septic system design, or effluent disposal considerations for slopes. <br /> The United States Department of Agriculture -Natural Resources Conservation Service (USDA- <br /> NRCS) (formerly the Soil Conservation Service) indicates the soils of the subject parcels to be <br /> entirely composed of a Capay Clay (#121). Information provided in the Soil Survey reveals the <br /> soil is deep and moderately well-drained, and has a high water table as a result of the application <br /> of irrigation water. Permeability is slow and available water capacity is high. As noted on the <br /> Field Percolation Testing Report, this soil description is similar to what was encountered in the <br /> percolation test borings. <br /> A generalized assessment of the subsurface soils was done near the north-center of parcel 255- <br /> 26-013, south of SR 132 to quantify potential nitrate impact. To accomplish this, a test pit was <br /> excavated with a CAT backhoe and a soil sample taken from five feet in depth. This test pit <br /> provided: 1.) A profile of the underlying soil characteristics, 2.) A soil sample for chemical <br /> analysis, 3.)Depth to groundwater, and 4.) A water table sample for nitrate analysis. The soil <br /> types encountered reveal the subsurface soil environment consists entirely of fine-grained <br /> materials, predominately clays with some silts. <br /> In my Soil Suitability Study for this project, two backhoe test pits were dug adjacent to the filter <br /> bed sewage disposal field that serves the entire existing facility. For convenience, the following <br /> chart summarizes the soil analytical test results from these two test pits, and the soil test results <br /> for the test pit dug for this Study. <br /> 3 <br /> Cfie_57 e COWUhing <br />