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will be conducted. Soil and groundwater samples will be collected for BioAssessment during the <br /> Geoprobe groundwater survey, placed in sterile glass containers, packed on ice, and shipped via <br /> ' overnight courier to a microbiology laboratory. Samples will be analyzed for parameters known <br /> to impact the successful application of bioremediation. These parameters include pH, residual <br /> ' nutrient concentrations (nitrate, nitrite, ammonium, phosphorus, and potassium),microbial <br /> population size, and the ability of indigenous microbes to respond to enhanced environmental <br /> ' conditions. The results of the BioAssessment will indicate whether or not the current <br /> physiochemical conditions are adequate to support optimal microbiological growth and <br /> ' biodegradation. Nutrient deficiencies can be identified and quantitatively interpreted. A report <br /> will be prepared which describes each test performed, results, discussion and interpretation of <br /> ' results, and recommendations. <br /> 2.3 Project Reports <br /> 2.3.1 Site Investigation and Remedial Options Feasibility Report <br /> ' Upon completion of Tasks 1 and 2, a report presenting results, findings and conclusions of the <br /> groundwater investigation and remedial options feasibility study will be prepared. The report <br /> will be submitted to the client for review prior to submittal to applicable regulatory agencies. <br /> ' The report will be completed under the direction of a California Registered Geologist and will <br /> present tabulated analytical data, site maps with laboratory results posted, and groundwater <br /> elevation contour maps from the groundwater investigation. Laboratory results and chain of <br /> custody forms, lithologic boring logs and well construction data will also be included. <br /> ' Based on the results of the remedial options feasibility study, the most cost-effective and feasible <br /> ' groundwater remediation option will be presented. For the selected option, it's limitations,rate <br /> of initial mass removal, estimated time back to "clean"conditions, and range of projected costs <br /> ' will be presented. <br /> ' 2.3.2 Quarterly Groundwater Monitoring Reports <br /> Groundwater monitoring and sampling reports will be prepared quarterly and will be submitted <br /> ' to the CRWQCB within eight weeks after each sampling event. The reports will include field <br /> data and observations, a description of field activity, a groundwater gradient map,tables <br /> presenting all data, and laboratory reports. <br /> ' 11 <br />