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Contemporary scientific literature suggests that denitrification may be enhanced by placing proposed <br /> leachlines high in elevation toward'the soil surface. `Infiltrator® Chambers would be advantageous <br /> since the surface soils consist of a relatively high percentage of silts and clays. <br /> Deciduous and evergreen plants may be planted near.the leachfield to uptake ammonium and nitrate <br /> ions. Caution must be applied to prevent serious root infiltration into the leachlines.- These two <br /> procedures of shallow leachlines and plant uptake would theoretically provide a triple nitrate <br /> mitigation system of denitrification, absorption and evapotranspiration. <br /> V. LIMITATIONS <br /> The findings, calculations, 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. <br /> Our report is based upon current scientific knowledge to assess factors which are extremely variable <br /> and complex within the environment. San Joaquin County Environmental Health Department <br /> Standards have been employed for the purpose of preparing this study. Therefore, no guarantee or <br /> warranty is expressed or implied concerning any aspect of this investigation, or the prevention or <br /> mitigation of environmental impact. <br /> We appreciate the opportunity to provide this service for you. If you should have any questions <br /> regarding to the information contained wrt i9this report, please contact the undersigned. <br />' Respectfully submitted, ,y, r p• ��,.' �,� <br /> CHESNEY CONSULTING oNo <br /> • 0 $75 <br /> * moires. 02-04 , <br /> z3 <br /> Don Ches y, R.E.A. ' <br /> Registered Environme tal Assessor# <br /> 12 <br /> Chewwy Consulting <br />