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dill <br /> 0 <br /> ® r+ <br /> 2 \/ 0 3 N\ MOKELUMNE AOUEDUCT 7t- 00 <br /> R <br /> FF 7 <br /> N <br /> GROUND N <br /> TREATMENT \ rr <br /> QQ \ NA- SYSTEM <br /> ^p <br /> / ARCADY L CO.'-,,A-3 T <br /> AREA WITH/. _-"STANDING ® \ N-23 _ <br /> WATER �� <br /> N-22 <br /> • <br /> ®1 \ :9 /� 0 0 W-to TOE OF SLOPE <br /> •N'6 --_-- FOR ROAD <br /> \ 0_1 Ar—♦ VEW-5 VVW-6 <br /> • C 0 0 x V5W-4 RW-3 <br /> LOWER AREA BETWEEN — 50--to WW-3 vE-1 . VEW-t0 <br /> DRILLING MUD ROWS 2 A <br /> NEW-9 M-20 <br /> / VEW-7 VEW-8 <br /> /J N-160♦N-17 +N-24 Existing Wells <br /> / AGRICULTURAL FIELD • Shallow groundwater monitoring well <br /> •M-B / <br /> / ♦ Groundwater extraction well <br /> i L SVE well <br /> ACCESS ROAD <br /> DEBRIS $VE pilot test well <br /> \PILE\ + Deeper groundwater monitoring well <br /> \\ Planned Source Mea choracterizaL <br /> �mnle Locations <br /> ® Nand Auger Borings-Shollow (10 Feel) <br /> NOTFS •N-18 Direct Push Borings-Shollow (20 Feet) <br /> 1.Bose mop compiled from Soil Vapor Extraction ® <br /> and Treatment System Installation ReportN-19 <br /> (LFR, June 30. 2000) and Deeper Groundwater • ® Direct Push Borings-Deep (50 Feet) <br /> Investigation and Well Installation Report <br /> (IFR, June 30, 2000). <br /> 2.Detineation ofarea with standing water <br /> from April 24, 2001, color aerial photography from <br /> California Deportment of Water Resources. <br /> (Photo Scale= 1:30,000, Photo ID= WR-ROD-C 5-9) Figure 2 <br /> Souroe Area Characterization <br /> Sample Locations <br /> o so 100 200 300 <br /> SCALE IN FEE7 CH2MHILL <br /> �!i-x`.r Ywe�FaOrwMwAB.ItFJWERE►_11e1A'9 PLM dt&en3r►a"" MOT T/EOIJ!]S <br /> tP <br />