Laserfiche WebLink
I � - <br /> U <br /> -� nt <br /> ' (FAST) G1 r <br /> Ja q <br /> MW-8 = 229 MW-10A = 211 p <br /> MW-9A = 2 31 MW-10B - 211 <br /> MW--12B = 230 MW-IOC = 212 <br /> MW-9C = 225 MW-IOD - 2 1i _ <br /> 2 10r <br /> MW-13A= 2 39 MW-18= 2 12 MW-IIB= 2 09 MW-9A= 2 02 G po <br /> MW-13$= 2 41 MW-9D = 191 MW-10E - 198 p� N <br /> MAT-9E = 177 MW-10F = 1 83 <br /> MW-13C= 2 38 MW-17- 2 10 MW--11C= 2 09 MW-9H= 198 a W z <br /> MW-13D= 193 MW-18= 2 20 Forme.1r MW---11D= 1 59 MW-9C= 150 'tj U <br /> !iN-s/�i�-9 (TFIRI�S B 3 TRUCK 1'LA7A Location p <br /> DF 1 [PxQJSCT$p 40 e'is�l' NQRTH] ) 1i1►-10 (92 s TRUCK PLAZA) z a <br /> RQJEGTED 20 FEET Ng - 3[N 4 MW-7 1[M'-11 _9 <br /> Ia 11 V 10 0.. <br /> A 16' i5 16 <br /> 1 A 15 20 <br /> Sa db/m-fa"-a-ZVO—) Wm-(&u-�ul/Ga +ta) W4L-[244-2401Ala-u) � <br /> dbJa-[aso-&AV45-55) —.—— --�o-aa/-aaa_omrr 1QL4[ZONE 0/-ane-o -ons/-ae_ Ump 30' b <br /> .-ooa/-a.aom �— —.. -- — .- — -----q ---------..--.. --. --}--- —•--- O <br /> A 425 B 42 IV <br /> 46 A 45 A50 <br /> U <br /> ap/dl-Ca,j-=11142A­7") i 60' <br /> H 55 a -s.sa StCOND MY% --a+a/-ao-o coos wa-tuo-wol/(�asro) <br /> �/ -[A i/C�a ) .r ————— ———— ,—— — — db/ds-(240-acal/(aam) _ Q+ <br /> e0 — ----_� r-.r..-.r— �, -- — -------^ Siafn_oc,6 -- -a°v�a-- ------ ---- <br /> WJa.Cut-deel/Ibe-Ds) ———— —_ ——. H 72 6' ROC6YB UPPER 7AN8 C 72 5 70 70 H 4.*/m-[Rds-tA°}/Eds-iso] 70 <br /> 80 -0.e4/ao--0.014 IaND Op 1184E CA6m40 .— ...—,� — -., -.—-• — ——————-....--- —————— ——-,.�. ——————————•- ——_...,. .....- _ <br /> wd,-lees-aeaylsss arq da/dt- -�vcxn o*a1 db/m-u.ro-.mv(Ao-�m) <br /> 90 aP>�Y-li0l� ' go <br /> °�/-es--a-� -am/-'ra--e"'oDa _a,-so _ n a <br /> ' C�� C 975 D 975 60 O O <br /> 100 SECONDARY Ag0»nM ZONE iso C H w <br /> .--- ------- -- - •-- --------------- - — l00 10o W p.y+4F_ <br /> - ads. ,_1mvcore-> -- -- ----- --- -------------- ------------_.--....--..�_ �n <br /> 110 — -�-m- WM ad/a-Ona_,=M074-nasi — — —— 110 t/} E- 11-4 <br /> lass-1=1106-140 O U <br /> 4,--4M db/a-[dao-►mvaoo-a+d) <br /> 120 -°'�/ D t2 a' $ 1?y 5 Dom+-tmvado-t+ol 120 W <br /> E- �--i <br /> 130 —..-.r..,..------- ----�n�p.mt-----ie--PRIIi►RIfM11 -- �m.a.an,t.asl/9as�— --.---......_------------,— ------------- ----- -- -- 190 � w� 4 <br /> 140 D 140 "°�'t4-�.00s •csu/acs-oma <br /> "i3 ml- <br /> 140 D 140 C 140' w a <br /> 1b0 13 47 5 F 147 6' <br /> 150 r� <br /> L> <br /> LEGEND <br /> j <br /> 1 <br /> I <br /> ' H11-111- 210 <br /> -11e- 200 <br /> UW REPORTED MARCH 2005 GROUND WATER ELEVATIONS <br /> 11D_1 so FOR MULTI-LEVEL MONITORING WELL SCREEN LOCATIONS <br /> APPROXIMATE GROUND WATER LEVEL (03/2005) <br /> _-r -+- <br /> - ESTIMATED HYDROGEOLOGIC FLOAT UNIT <br /> NOTE= <br /> Ground water monitoring data collected on 2B Wareb 2005 <br /> An units r"rted in feet relative to mean sea level j SCAM <br /> Ground water elevations relative to National Geodic Survey datum C 484 (NAVD88) WELL SCREEN INTERVAL I 4 40 80 <br /> Ag hydrogeologio flow units identified to Problem A$sessmant Report, dated 19 June 2001 <br /> Positive value between screen intervals indicetsve of upward vertical ground water gradient F10rr <br /> Negative value between screen intervals indicative of downward vertical ground water gradient <br /> 1 <br />