Laserfiche WebLink
Mr. Jerry Lile(DTSC) <br /> Page 7 of 7 <br /> excursion above the standard in receiving water. The quantity of soluble copper in soil per unit <br /> area is similar to or below the suggested application rates of soluble copper fertilizer for <br /> agricultural and landscaping purposes. Vegetation in the affected area will remove the soluble <br /> copper over time. The vegetation will also prevent erosion of the soil and minimize runoff. The <br /> soluble copper in the affected soil does not present a threat to surface waters. <br /> Ongoing natural phytoremediation should be more than adequate to assure the protection of <br /> beneficial uses, in particular aquatic life. In view of this, further active mitigation of the affected <br /> soil would appear to be of no material benefit and an unnecessary effort and expense No further <br /> action is recommended. <br /> If you have any questions or comments please contact Ground Zero at your convenience. <br /> Respectfully, <br /> Ground Zero Analysis, Inc. <br /> GREG R a <br /> STAhIL <br /> Gregory P. Stahl,PG 5023 No.5W <br /> CA Certified Hydrogeologist No. 264 C <br /> Attachments <br /> cc: Ms. Anita Moore, Pegasus Group <br /> Mr. Duncan Austin,RWQCB <br /> Ms. Kasey Foley, San Joaquin Co. EHD <br /> G:\GROUNDZE\MARINA\VillageWest\Aquatoxrpt.doe <br />