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Evaluation of Natural Attenuation: 7500 West Eleventh Street, Tracy, CA. Page iii FIGURES = Figure 1: Site Location >: Figure 2: Groundwater Contours—February 24,2005 Figure 3: Plume of Affected Groundwater i Figure 4: Affected Soil in Cross Section A-A' ` Figure 5: Affected Soil in Cross Section B-B' ' Figure 6: Affected Soil in Cross Section C-C' Figure 7: Affected Soil in Cross Section D-D' Figure 8: Affected Soil in Cross Section E-E' Figure 9: Affected Soil in Cross Section F-F' Figure 10: Concentration of TPHg vs. Distance Downgradient <: Figure 11: Concentration of TPHd vs. Distance Downgradient Figure 12: Concentration of BTEX vs.Distance Downgradient Figure 13: Concentration of MTBE vs. Distance Downgradient Figure 14: Logo Concentration of TPHg vs. Distance Downgradient Figure 15: Log„ Concentration of TPHd vs. Distance Downgradient Figure 16: Log,,Concentration of BTEX vs. Distance Downgradient Figure 17: Log„Concentration of MTBE vs. Distance Downgradient Figure 18: Log,,Concentration of BTEX vs.Distance at Section B-B' Figure 19: Log,,Concentration of BTEX vs. Distance at Section C-C' Figure 20. Log,Concentration of TPHg vs. Time at MW-3 Figure 21. Log„ Concentration of TPHd vs. Time at MW-3 Figure 22. Log„Concentration of BTEX vs. Time at MW-3 Figure 23. Log,Concentration of MTBE vs. Time at MW-3 Figure 24. Log„Concentration of TPHg vs. Time at MW-12 '= Figure 25. Log„Concentration of TPHd vs. Time at MW-12 Figure 26. Log„Concentration of BTEX vs. Time at MW-12 Figure 27. Extrapolation of Concentration of TPHg vs. Time at MW-3 ?' Figure 28. Extrapolation of Concentration of TPHd vs. Time at MW-3 Figure 29. Extrapolation of Concentration of BTEX vs. Time at MW-3 Figure 30. Extrapolation of Concentration of MTBE vs. Time at MW-3 -_; Figure 31: Log,BTEX and Dissolved Oxygen vs.Distance- Section A-A' Figure 33: Log,,BTEX and Dissolved Oxygen vs.Distance- Section B-B' Figure 34: Log,,BTEX and Redox Potential vs. Distance -Section A-A' Figure 35: Log,BTEX and Redox Potential vs. Distance -Section B-B' Figure 36: Log„BTEX and Redox Potential vs. Distance-Section C-C' Figure 37: Log.,BTEX and Ferrous Oxide vs. Distance-Section A-A' Figure 38: Log„BTEX and Ferrous Oxide vs. Distance - Section C-C' Figure 39: Log.,BTEX and Total Iron vs. Distance-Section C-C' Figure 40: Log,BTEX and Total Iron vs. Distance -Section B-B' Figure 41: Log,BTEX and Manganese vs. Distance- Section C-C' } Figure 42: Log,BTEX and Manganese vs. Distance- Section B-B' Figure 43: Log,,BTEX and Sulfate vs.Distance- Section C-C' { ; Figure 44: Log„BTEX and Sulfate vs. Distance- Section B-B' Figure 45: Log,,BTEX and Methane vs. Distance - Section A-A' Figure 46: Log„BTEX and Methane vs. Distance - Section C-C' Figure 47: Log„BTEX and Carbon Dioxide vs. Distance -Section B-B' ' Figure 48: Log,BTEX and Carbon Dioxide vs. Distance -Section C-C' Figure 49: Log„BTEX and Nitrate vs.Distance- Section C-C' Figure 50: Log„BTEX and Nitrate vs. Distance- Section A-A' sic _�i