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� 4 <br /> U co <br /> C m <br /> (WEST) ( C, <br /> (EA,Yf) U <br /> MW- <br /> 6 =-130 MW-10A = -131 <br /> MW- 1 <br /> -JOB = -1 30 <br /> MW-9B = -107 MW-IOC = -130 <br /> MW-13A= -094 MW-9C = -116 -1OD = -129 5 <br /> MW-9D = -1 37 MW-JOE = -1 37 MW--11A= -132 <br /> MW-13B= -0 92 MW-16= -1 38 MW-11B= -1 35 MW-9A= -1 41 F'W <br /> MW-13C= -0 96 MW-9E _ -1 39 MW-IOF = -1 B6 MW-17= -1 34MW-i1C= -1 34 } MW-9B= -1 41 ro 0 z <br /> MW-13D= -131 MW-18= -121 (Former MW-11D= -1 65 � MW-9C= -1 76 <br /> 1[W-b/1[W-9 (THREE BS TRUCK PLAZA) Location <br /> C <br /> DW-1 3(W-!0 (36'S TRUCK PLAZA <br /> p 111r-13 [PROJECTED 40 FEET NORTH] PROJECTED 20 FEET NORTH) - KW-4 hFW-7 11W-11 I Z1. ~ <br /> r5 w <br /> 10 - { 0 <br /> Ails ib' <br /> a <br /> � 16 10 (x 20 p <br /> A 15 P• <br /> 90 �e.a) d' <br /> �/m-[-0.w-(-a.os)l/Oe-ee) aam FC&e'1' ZONE _-0m/-eia-aooaa �/m`[-x ee-(-ia)7/(xa so) O <br /> .-oea/r0--MM -_ --aod/-"-aoax - � so 0 <br /> - ---- 01 <br /> A 426 H 425 ^•� -` -_ <br /> 40 04 <br /> 50 45 A45 Fr] <br /> d0 ....®� — ——__— ——__ mh/m -[-14-x1 -(-1 or)]/(sa.s-ra.sy �CONp ZONE -0/-ao-o 50 � <br /> -�/-x-&= _ _—— — _ _ —_ _— —__ _—— _ �/m`C_l�-f-x agL(so-r0) _ �. � ea/m-1-1211i;(-x.ns))/(as-r0> W <br /> 70 -.. /-z0-0am -aos/_ --0.00a .r__� -.. ___ �. � __ ..- � � W <br /> i w <br /> ab/m-[mop- H 72 5 EOCHYS UPPER ZINE C 72.5' _ _ 70 70 B p ,� A Z �D <br /> ec -a°V-s0--a0m — _ _---_ _- - -_ ---__ _ _ —_---- _ _ _ _--..— —__--1 gym-[-�-(-IAQ!(+e`x0oy !Z� <br /> &r(D 0!'1rL[J.CASll1G � -0/-as <br /> �/m-[-1a'+-(-xis)L{'rca-gyral �/e1-[-1�-(-1�)1/(rai~a•r s) <br /> OPEN-HOLE -aoa/-ss.-0.ou --am/-rs-0.00a ati/m-[-1M-(-xs4yy/M_j00) 00 W �i <br /> � .-o.a1/moo - a.poos r, >1 FO~ <br /> C I� Z F+-I �4 <br /> C 97 b pp <br /> 100 _ I_ __ MCONWAY AgU7ER ZONE D 97 b' f H O FT�-�1 <br /> 110 — —db/di.(-las—_--———— �—.-- --- . 100 C __ � tl _ 100 _ 100 g �l .4 � <br /> m/m.[-0se _ -(-�LA7)1/(VF.saaaM __ __�a_[ _(-1sr)]/(r/s lase) .� _ __ ,. _ ___ W Q <br /> -(-xm)L(as uo) ax/-ee -0me _em/m_�nm <br /> 110 C!] E- <br /> 120 Q� <br /> -oaa/-1e--O.Ooa "Al-(-xaa-(-x.sa)l/Uao-u0) � E-.i � U <br /> D 122 a E 122 a -am/-w---ft" C!] <br /> 190 - .--_-_- _- _--- _ -..- -__-____ ___ _ J �m-[�-�a{.L-'ona00-� 120 U] ~ <br /> 140 D 140 ARVD*6R ZO �m-C-1m-(-t LU+aa-u9 D _.-_ _ _ _ _ -._ _ _,-_ _ _ .r -----fC <br /> .-.--� 130 � U O <br /> -0,ao/ae--ami E, rl <br /> ISO- E 147 b F 147 a 140 D 140 140 y a <br /> iso <br /> I <br /> U <br /> E- <br /> LEGEND W <br /> xW-I1A- -132 <br /> >nr-iiC_ -13344 REPORTED DECEMBER 2004 GROUND WATER ELEVATIONS <br /> Jnr-11D- -155 FOR MULTI-LEVEL MONITORING WELL SCREEN LOCATIONS <br /> T APPROXIMATE GROUND WATER LEVEL (12/2004) <br /> OTES ---- -- - - ESTIMATED HYDROGEOLOGIC FLOW UNIT <br /> Ground water monitoring data collected on 27 December 2004 <br /> / An units reported in feet relative to mean sea level <br /> Ground water elevations relative to National Goodie Survey datum C 484 (NAVD88) WELL SCREEN INTERVAL SCALE <br /> All hydrogeologic flow unite identified is Problem Assessment Report, dated 18 lune 2001 <br /> 0 40 80 <br /> Positive value between screen intervals indicative of upward vertical ground water gradient FEET <br /> Negative value between screen intervals indicative of downward vertical ground water gradient <br />