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r <br /> of subsurface soils under the property consist of silty, fine sands. Consequently, there <br /> ter opportunity for oxygen intrusion from the atmosphere. This will theoretically <br /> at degradation. The fine sandy clay soil under Parcel l may inhibit oxygen intrusion, <br /> g biomat formation. However, evapotranspiration from the trees surrounding the <br /> y assist in biomat equilibrium by effluent uptake. <br /> LIMITATIONS <br /> The findings, testing, opinions and conclusions of this report are based upon information from <br /> standard engineering and analytical test procedures, contemporary scientific literature and agency <br /> consultations. Information in this report is deemed reliable by the sources from where it was <br /> obtained. Results of the percolation testing should be assumed to only represent the subsurface <br /> conditions encountered in the specific location of testing as denoted on the Tentative Map, and not <br /> of the entire proposed area for each individual Parcel. <br /> This report is based upon current scientific knowledge to assess factors which are extremely <br /> variable and complex within the environment. San Joaquin County Environmental Health <br /> Department Sewage Standards have been employed for the purpose of preparing this study. <br /> Therefore,no guarantee or warranty is expressed or implied concerning any aspect of this <br /> investigation, the prevention of environmental impact, or related issues. <br /> We appreciate the opportunity to provide this service for you. If there should be any questions <br /> regarding the information contained within this report, please contact the undersigned. <br /> Respectfully submitted, co ell R0N-- �YTt <br /> SS�4 ap.Ctf � <br /> (§ 7.1) CHESNEY CONSTJLTING <br /> No. 04675 x <br /> Don Chesney, R.E.A.- I ° <br /> Registered Environmental Assessor#4675 <br /> Agricultural Pest Control Advisor#6237 <br /> JJPage -6- <br /> Chesney Consulting <br />