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P7 <br /> f <br /> LZ a <br /> C, � d � <br /> (EAST) 2 <br />' <br /> (WEST) c <br /> MW-6 = -0 59 MW-ICA = -077 <br /> MW-9A = -1 02 W-lOB = -078 o <br />' MW-9B = -057 MW-10C = -075 z <br /> MW-9C = -D 59 MW-IOD = -0 74 MW-11A= -1 01 y °' <br /> MW-13A= —0 51 MW-9A= —1 26 W ° i <br /> MW-9D = —072 MW—IOE = —0 88 MW-16= —1 94 MW-11B= —0 94 MW-9B= —1 21 ,�� z o <br /> MW-13B= —0 55 M�y_gE _ —0 99 MW-10F = —1 27 MW-17= —099 MW-11C= —0 96 MW-9C= —1 70 <br />' Former MW-11D= —136 a <br /> MW-13C= -0 57 MW-18= -206 z <br /> RDW-1 a <br /> MW-13D= -111 <br /> Location z <br /> MW-6/MW-9 (THREE BS TRUCK PLAZA) MW-10 (3H S TRUCK PLAZA) ® o <br /> MW-13 DW-1 [PROJECTED 40 FEET NORTH] PROJECTED 20 FEET NORTH W <br /> MW-18/1 17 18 MW-4 MW-7 MW-11 M -9 <br /> 0 <br />' D - <br /> - 10 a rJ <br /> 10 <br /> A 55 15 i5 20 <br />' 20 _ A-15 - - ——— —— —————— ———— —— ——————————— ———— <br /> HYDROLOGIC UNIT 1 <br /> 30 (-1+0 1/0-" -�S_{-0-OA604 dh/m .0-1 94 - -OSM)/15-50 _ 30 CQ <br /> Q/m--om-{-acal/in r!a — ——— —- ' ,�——••— ———— ——— - 9/'35 ooav <br /> � 40 � <br /> ao A 425 HYDROLOGIC UNIT 2 B a25 <br /> 45 A 45 A <br />' 50 dh/di - -OTS - (-¢75)J425-725 50 ————— —— —— —...—— ———— 50 N <br /> B 55 - ¢931-.w o um �.——————— — ..— ah/di .. -i w - (-a ea)/a5-z9 <br /> m✓Q--O.G-(-a.06)/ma-R - 067/-?5 000 �- 60 <br /> 60 ——— — ——— —— 045/-90 - ❑O]G 1.M1/-LO -6.IIS 1 <br />' 70 B 725 HYDROLOGIC UNIT 3 C 726 70 7o H h/aI - -I zs - (-i 21)/ac-199 <br /> 70 U � � <br /> �- ¢¢ooa <br /> —do 0=3 <br /> a0 END OF WELL CASING d+t/41 --684-(-0.t7)/7Q4-rAb dh/di =..,, <br /> zg)/7z a-9r s ' Q <br /> OPEN-HOLE 667/_a S - DCl/-2!. = 9 9oa .0'60/-C6 -CLCM — —�.—._—— ——————— — —.^— 90 U C 0 <br /> gg ——-— -——————-— — — — —————————————————— —— ———— ———————————————— —— , 8 F+ti <br /> C 95 C 975 D 975 <br /> 100 HYDROLOGIC UNIT �! loo C 100 100 '— <br /> 110 — — — —— — �•———— ® a-=-(-&70)/M ——————— Wm. oma-(-6�VV�►.o-t>r7.4 — ——— ————---———— ———— —--—— •�— —— —-- — ————-6—— — —�— .� 110 U) O <br /> ..�. •- •� Ck= - I Q--0.t} — [/� r U <br /> -an-(-1�i1J -st6 — -o e6/-40 - -am �slm--in►-(-s ra)/1ao-ice 1z6 <br /> 120 /-� -afxa 1) 122 5 HYDROLOGIC UNIT 5 Ell 22 5 . <br /> ---- ---- --- - --- 130 C� <br /> 130 ---- ------- ----- — -----�•--- --------�• ---- - -'^---�'--"^-- ---�-^--- --- --..—�. ---... - Z <br />' <br /> d!4/dl --a70-(-0.C3)/IffiS^t67.6 C]/Q s -Q,��-(-f4►1/1�}+6-IG7A ! Fes' <br /> 140 — 140 I 140 L+ i40 w wN�y <br /> D E 147 5 HYDROLOGIC UNIT 6 F 147 5 150 <br /> 150 [} E—+ <br /> I E-- <br /> LEGEND <br />' Mw-11A= -101 F'1' <br /> MW-119- -094 REPORTED MARCH 2004 GROUND WATER ELEVATIONS <br /> MW-11C= -096 <br /> MW-nn= -136 FOR MULTI-LEVEL MONITORING WELL SCREEN LOCATIONS <br />' 5Z APPROXIMATE GROUND WATER LEVEL (03/2004) <br /> ———— — — — ESTIMATED HYDROGEOLOGIC FLOW UNIT <br />' NOTES <br /> and water monitoring data collected on 15 March 2004 SCALE <br /> units reported in feet relative to mean sea level WELL SCREEN INTERVAL 0 40 80 <br />' Ground water elevations relative to San Joaquin County Benchmark Datum No ZAA-13 4 <br /> All hydrogeologic flow units informally identified in CPT Site Investigation - 4th Quarter 2001 dated 15 March 2002 FEET <br /> Positive value between screen Intervals indicative Of upward. vertical ground water gradient <br /> Neflattvo value betvwn ccroon lntervolc indicaUvo of it mnvard vartleal ground water gradient <br />