ML16293A392

Radiological Survey and Dose Assessment Report for the Western New York Nuclear Service Center and Off-Site Areas in Follow Up to Aerial Gamma Radiation Survey Conducted in 2014, Rev. 0, Appendix E, Part 5 of 24

ML16293A392
Person / Time
Site:	West Valley Demonstration Project, P00M-032
Issue date:	08/22/2016
From:	MJW Technical Services
To:	Office of Nuclear Material Safety and Safeguards, Office of Nuclear Reactor Regulation
Shared Package
ML16293A155	List: ML16293A130 ML16293A131 ML16293A132 ML16293A133 ML16293A134 ML16293A135 ML16293A136 ML16293A137 ML16293A139 ML16293A140 ML16293A141 ML16293A142 ML16293A143 ML16293A178 ML16293A179 ML16293A180 ML16293A181 ML16293A182 ML16293A183 ML16293A184 ML16293A185 ML16293A186 ML16293A187 ML16293A278 ML16293A279 ML16293A281 ML16293A282 ML16293A364 ML16293A365 ML16293A366 ML16293A367 ML16293A368 ML16293A389 ML16293A391 ML16293A392 ML16293A393 ML16293A394 ML16293A674 ML16293A675 ML16293A676 ML16293A677 ML16293A678 ML16293A808 ML16293A809 ML16293A810 ML16293A811 ML16293A812 ML16293A843 ML16293A844 ML16293A846 ... further results
References
Download: ML16293A392 (52)

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App E-Sub-Area 3.1-Instrument Field Sheets I I i . TS Rev 110/18/15 Instrument Field Response Check Log l. Instrument lnformation 1 Ratemeter: Make/Model:

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i2 Detector 1: Make/Model: ltt_'4M_ W-/.? Blcron MicroRem Meter: Serial No. Serial No. Serial No.-----2. Check Source Information:

• / . Cal. Due Date: __ _ Source

.. Serial No.: /// Activity:

• Response Acceptance Range (+/-20%):

uRem/hr +20%__ uRem/hr-20% __ Assay net cpm + 20% 7'it net cpm -20% ;5!{',$66, Source 2 Isotope: Serial No.: Activity: t'J..tJ,)... unitsirC Assay Date: ..&'A_ Response Acceptance Range (+/-20%): uRem/hr +20% uRem/hr -20% net cpm + 20% IS..t 75 net cpm. -20% ST7i 3. Technician Worker Performin Checks: Name: . Title: _..;_,e_cr ___ _ Date: lt?jr5"f.} nme: I.JS-$' Location

Description:

Y-Coord: VJ 079' 4. Site or Location: Slte/Job: __ (;) I GPS Coordinates (when required): X-Coord: IV Lf;J_ Slf. t:f I Instrument Field Response.1. Use Acceptance Criteria Remarks Meter Bkg Bkg Counts Source Source Response +/-20%. Inst.

• Battery Time Ambient Initials and Comments Cnt (cpm) or Cnt (gross cpm or source Ca lib. Check. Of Temp. (add'l Info: inst. Condition, etc.} Time uRem/hr} Time uRem/ht) gross cpm current (V/N) check (oF) or uRem/fir (Y/N) (Y/N} ---Rate meter q1'! I "";"'"

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• I I I I l I i I I j I Rev 110/18/15

1. Instrument lnformatloni Ratemeter;

• Make/Model:

Detector 1: Make/Model: Bicron MicroRem Meter: 2. Check Source Information; Instrument Field Response Check Log Serial No. Pl.D& O'i f Serial No. Serial No. ____ _ Cal. Due Date: 1/1'/I' Cal. Due Date: __ _ Assay Date: N_ft_ Source 1 Isotope: Cs-137 Serial No.: / /tW-t.z. Activity: Response Acceptance Range {+/-20%): uRem/hr +20% ___ uRem/hr-20% net cpm + 20'%.Bfl.f#l 1! net cpm -20% S Bf "\ Source 2 lsotope:"ZJ-..).3..2.-Serial No.: I ( f Activity: I Assay Date: Response Acceptance Range uRem/hr +20% ___ . uRem/hr -20% __ net cpm 7f ir net cpm -20%

3. Checks: Title: '(? L,,-4. Site or Location:

Site/Job: _ ____ GPS (when required): X-Coord: /\/4)-.." ::ui '91.'7" I Instrument Field Response 2 Meter _, Bkg Bkg Counts Source So.urce Response +/-20% Cnt {cpm) or Cnt (gross cpm or source Tlme uRem/hr) Time uRem/hr) gross cpm or uRem/hr (V/N) Rate meter '11t I ... n ... IM) .. /(pf'J /hl'f'I v Ratemeter I l .;;. Rate meter f I Ratemeter Bicron NA NA Sieren NA NA Bier on NA NA Bicron NA NA Date: /IJ A's;f .r TI me: Arya J Location

Description:

___ _____ _ Y-Coord: LtJ 071, 0'(o r 3'1. 7" Use Acceptance Criteria

• Remarks Inst. Battery Time Ambient Initials and Comments Ca lib. Check Of Temp. {add'! Info; inst. Condition, etc.) current (Y/Nl check (of) (Y/N) y .,7 S""b.5 -cs ... 151 U'E ..,; i.;

S'.c>. q '6TZ, .25 ,J... .,. £.!£. I r 1. 1 nstrument designated check source Is listed on calibration sticker. Record check source response (net cpm) prior to field deployment for all check sources being used. ;' 2. Source and Background count rate should be determined from the average of three static at the same location. Repeat counts should be w)thin 20%. If count rate diverges significantly, perform additional counts to evaluate instrument stability I I j* I i ! I I I I I I -MJW SER'VIC"oE'!S Rev 110/18/15

1. Instrument lnformation 1 Ratemeter:

Make/Model: Detector 1: Make/Model: Bicron MlcroRem Meter: 2. Check Source Information: Instrument Field Response Check Log Serial No. Serial No. Serial No. ...,.... ___ _ Cal. Due Date: Ci!I. Due Date: __ _ Source 1 Isotope: Serlal No.: //( Activity: units: vC.,,.-Response Acceptance Range (+/-20%): uRem/hr +20% ___

• uRem/hr-20%

Assay net cpm + 20% r;' net cpm Source21sot9pe;($-f37 SerialNo.: /l't£,;z3 ... /2 Activity:0..6. unitswC/ AssayDate: N/r Response Acceptance Range (+/-20%): uRem/hr +20% ___ uRem/hr -20% __ net cpm + 20% /J';l 7 $ net cpm -20% $jf1 3. Technlc:ian/Worker Performing Checks: Name: j:. *Jww=ka Title: _R_c._} __ _ Time: /t>e;oo Location

Description:

Y-Coord: Wc18°l(t} '3>"t. 4. Site or Location: Site/Job:, .... I _____ _ -, GPSCoordinates(whenrequired): X*Coord: Atl.P-0.;if Slf.'l I Instrument Field Responsel Use Acceptance Criteria Remarks Meter Bkg Bkg Counts Source Source Response +/-20% Inst. Battery Time Ambient lnit.ials and Comments Cnt (cpm) or Cnt (gross cpm or source Ca lib. Check Of Temp. (add'J Info; inst. Condition, etc.) . Trme uRem/hr) Time uRem/hr) gross cpm current (Y/N) check (oF) or uRem/hr (Y/N} (Y/NJ ---Ratemeter / ,.; "' I "" ...... L( /,{;l..f/ ,,. .,, ""' \/ v y /60._("' 5Zo "/h-,2<:2...._ f-);s; Rate meter I I'";" , 0 ,, /()/{J 51 . .:L (3"? Ratemeter I I I v Rate meter -Bicron NA NA Bicron NA NA ( Bicron NA NA Bicron NA NA 1. Instrument designated check source rs listed on calibration sticker. Record check source response (net cpm) prior to field deployment for all check sources being used. 2. Source and Background count rate should b.e determined from the average of three stalk counts at the .same location. Repeat counts should be within 20%. If count rate diverges significantly, perform additional counts to evaluate Instrument stability j i I I I I I I i \ ! I I I Rev 110/18/15 Instrument Fle!d Response Check log 1. Instrument lnformatlon 1 Ratemeter: Make/Model: Detector 1: Make/Model: Bicron MicroRem Meter: 2. Check Source Information; Serial No. Serial No. f"R //.J...£¥,.2-Serlal Source 1 Isotope: -n..-)-;3)..Serial No.: // ( Actlv!ty: units: .p.Li Response Acceptance Range.(+/-20%): uRem/hr+20%___ uRem/hr*20% __ Cal. Due Date: Cal. Due Date: __ _ net cpm -20% 3S'fl.c6 Source 2 Isotope: U -<37 Serial No.: / e:;;:g ... f;i.. Activity: CJ,6,).. Assay Date: ..Af.J:t_ Response Acceptance Range (+/-20%): uRem/hr +20% ___ uRem/hr -20% net cpm + 20% /J,,.2. 2 :?' net cpm -20% gg 'f 'f Checks: 3. 17_,.-( Title: _c<...._'-"' ____ _ 4. Site or Location: Site/Job: __ _..:;h___,;:. ..... ?....:;;&.'--'-3 ........... ' .u GPS Coordinates (when required): X-Coord: N 51{.'1 I Instrument Field Response 2 Meter Bkg Bkg Counts Source

• Source Response +/-20% Cnt (cpm) or Cnt (gross cpm or source Time uRem/hr) Time uRem/hr} gross cpm or uRem/hr (Y/N} Date: !cf lf S--Time: /3o Y location

Description:

__ Y-Coord: WO ?'ii-0 vo °J'f. 7 Use Acceptance Criteria Remarks Inst. Battery Time Ambient Initials and Comments Ca lib. Check Of Temp. (add'I Info: inst. Condition, etc.) current (Y/N) check (°Ft (Y/N) -Rate meter 1 '11?£ { '"'"' lf 5"'!'10 y \/ v fl..-..,23.2. j:X Rate meter I ,..,it... 'I fl.ft; \/ \.f \1 151 J S--1. 0 I"' _,,.__r37 -Os; Rate meter I I I -Rate meter Bicron NA NA Bicron NA NA Bicron NA NA Bicron NA NA 1. Instrument designated check source is listed on calibration sticker. Record check source response {net cpm) prlorto field deployment for all check sources being used. 2. Source and Background count rate should be determined from the average of three static counts at the same location. Repeat counts should be within 20%. If count rate diverges significantly, perform ;iddltional counts to evaluate instrument stability I l I I I I I ' i i j I I I ' .*

1. Instrument lnformatlon 1 Ratemeter:

Make/Mod el: Detector 1: Make/Model: Blcron MlcroRem Meter: 2. Check Source lnformatron: Instrument Field Response Check Log Serial No. ti10601i Serial No. ?£//J.-£if ,2-. Serial Cal. Due Date: f'Jo/b _9al. Due Date: __ _ \ Assay Source 1 Isotope: Jl.,w)..JJ-:. Serial Na.: If I Activity: L6J units: .p£J.. Response Acceptance Range (+/-20%): uRem/hr+20%__ uRem/hr-20% net cpm + 20% '5:r7'1 r net cpm -20% Source 2 Isotope: LJ *!37 Seria I No.: //1£;.:J-{ ,;L Activity: 0.6/-. u nits:jfCL Assay Date: A!.L Response Acceptance Range (+/-20%): uRem/hr +20% __ uRem/hr -20% . net cpm + 20% (}p./ 5 net cpm -20%

3. Technician/Worker Performing Checks: Name:.;;t Tit!e: _ _.1Z=-"'CT_,_

__ _ Date: /6/1(,/!5"' Time: /6?8 r . J.( Location

Description:

N LJ 0 , ., ' ,,, _____ _ X-Coord: Q 511. "'! Y-Coord: Yti 3"1.? 'I. Site or Location: Site/Job: GPS Coordinates (when required): ! Instrument Field Response 2

• Use Acceptance Criteria Remarks Rev 110/18/15 Meter Bkg Bkg Counts Source Source Response +/-20% Inst. Battery Time Ambient Initials and Comments Cnt (cpm) or Cnt {gross cpm or source Calib.
• Check Of Temp. (add'! Info: inst. Condition, etc.) lime uRem/hr) Time uRem/hr) gross cpm current (Y/N) check {°F) or uRem/hr (Y/N) .. (Y/N) . Rate meter I JU1n fJ.lf I 111*ti Lf tJS 0 rA/vl. v v v /6.3:2-->".3. 7 ---n. .2 ;$ 'L Ratemeter I

//1f7 .... \j J1f \; J(J' 7 /".:;,f.]'7 C/cx Rate meter , I I I P"' 1 Ratemeter Bicron NA NA Bicron NA NA Bicron NA NA Bicron NA NA 1. Instrument designated check source ls listed on calibration sticker. Record check source response (net cpm) prior to field deployment for all check sources being used. 2. Source and Background count rate should be determined from the average of three static counts at the same location. Repeat counts should be within 20%. If count rate diverges signlficantly, perform additional counts to evaluate instrument stability

• I Rev 1 10/18/15 Instrument Field Response Check Log 1. Instrument lnformatlon 1 Ratemeter:

Make/Model:

• l_w)fvvi....

Vt.I(,,,..)-

Serial No.ePbO"!<< Detector 1: Make/Model:

• &Jf11m lfll-f(J Serial No. 'P&J/;l...&"(.J-Cat. Due Date:

Blcron MlcroRem Meter; Serial No.-----Cal. Due Date: __ _ 2. Check Source Information: Source l Isotope: -:IE..d:-32-: Serial.No.: If I Activity:.?/). I Response Acceptance Range (+/-20%): uRem/hr +20% __ uRem/h' -20% Assay Date:f net cpm + 20% f' net cpm -20%.Rg?;;.C Source 2 Isotope: 4

• lJ? Serial No.: I ( 4*,:?5-J :.Z. Activity:

0.6)-unitsf-:'.C,* Assay Date: 1\/,4 Response Acceptance Range (+/-20%): uRem/hr +20% __ uRem/hr-20% net cpm + 20% net cpm -20% ES&'f1 3. Technician Worker Performin Name: --"' Title: __

4. Site or Location:

Site/Job: :J. ( 1 GPS Coordinates (when required): X-Coord: N 'f)-.6 r:ilf'ft/, 'I" I Instrument Field Response" Meter Bkg Bkg counts Source Source Response +/-20% Cnt (cpm) or Cnt {gross cpm or source Time uRem/hr) Time uRem/hr) gross cpm or uRem/hr (Y/N) Rate meter f MiY\ C!Jlvi 'f6ll;l.6 C/Pt1'-v Rate meter I f IM;,.._ I { ;J\r.. \1 Rate meter Rate meter Bicron NA NA Bicron NA NA Bicron NA NA Bicron NA NA Location Description

__

______ _ t. J 0 ,r/ Y-Coord: w67f fP .n,7 Use Acceptance Criterra Remarks Inst. Battery Time Ambient Initials and Comments Ca lib. Check Of Temp. (add'I Info: inst. Condition, etc.) current (V/N) check (oF) (Y/N) v y (h;l-JJ-{,ff_ v v . /)'t'f() 1t.. I tJ7 P(J?'_ r I v 1. J nstrument designated check source is listed on calibration sticker. Record check source response (net cpm) prior to field deployment for e1fl check sources being used. 2. Source and Background count rate*:-;hould be determined from the average of thr!!e static counts at the same location. Repeat counts should be *withln 20%. If count rate diverges significantly, perform additional counts to evaluate Instrument stablllty I i I I l I i i ! I I I l_ Rev 110/18/15 Instrument Field Response Check Log* 1. Instrument lnformation 1 Ratemeter: Make/Model; Detector 1: Make/Model: Blcron MlcroRem Meter: 2. Check Source Information: Serial No.cl£(. Dj serial No. 1"f:f f.U-t.f2 Serial No. ____ _ Cal. Due Date: Cal. Due Date: source 1 Isotope: 7A,;?32serial No.: {I ( Response Acceptance Range (+/-20%): uflem/hr +2.0% ___ uRem/hr -20% Assay Date: ( net cpm + 20% 371 i" net cpm -20% Source 2 lsotope:U Serial No.: / /1E):l../2. Activity: CJ,o,,;:L. Assay Date: Jll.l_ Response Acceptance Range (+/-20%): uRem/hr +20% ___ uRem/hr -20% net cpm + 20% I 3?-7$ net cpm -20% 8 3. Title: lZC"/ 4. Site or Location: Site/Job: ArlA .S. { GPS Coordinates fwhen required): X-Coord: N '/J-d£ J.if.q" I Instrument Field Response 2 Meter Bkg Bkg Counts Source Source Response +/-20% Cnt {cpm) or Cnt (gross cpm or source Time uRem/llr) Time uRem/hr) gross cpm or uRem/hr (Y/N} Rate meter I ... 11t-. I 1.J\O.o'l t../;)1('1 v Rate meter I r .... :'V' I ( :;.. 'fl{ c.DIV-'.} Ratemeter I Rate meter Bicron NA NA Bicron NA NA Bicron NA NA Bkron NA NA Date/f¥ Time: .ij',ZC Location

Description:

C .,,-f';.e.f.R V-Coord: IN 6 715° 'fD . Use Acceptance Criteria Remarks Inst. Battery Time Ambient Initials and Comments Ca lib. Check Of Temp. (add'l Info; inst. Condition, etc.) current {Y/N) check (oF) (Y/N} " v 113..2... l/-t.s-j)£ \/ I I 3 'l £/2r v;J.£_ I/ 1. Instrument designated check source is listed on calibration sticker. Record check source response (net cpm) prior to field deployment for all check sources being used. 2. Source and Background count rate should be determined from the average of three static counts at the same location. Repeat counts should be within 20%. If count rate diverges significantly, perform a dcHtlonal counts to evaluate instrument stability i I I i I I I I I Rev 110/18/15 rnstrument Field Response Check Log 1. Instrument lnformation 1 Ratemeter: Make/Model: f.,,J/()Jl.. j;l{/ ... ,2.. Detector l: Make/Model

--=t_v:..;.:'J'J"""'?v.,...i!t"-'--

..... 't""""lf_-_l_O __ Serial No. c/-(J' ti 9 8 Serial No. "PR.:1..Rt.Y;L Serial No. $378'A.-Cal. Due Date: Cal. Due Date:lv7j1JllS: Bicron MicroRem Meter: 2. Check Source Information: . Source l Isotope: =t'f:,?3).. Serial No.: fl/ Activity: C6 ./ units:/!?,: Response Acceptance Range (+/-20%): uRem/hr +20% __ uRem/hr -20% Assay oate: 1-'/in net cpm + 20% . tr net cpm -20% mu Source 2 Isotope: Serial No.: f f'*P'3--(2 Activity: l?.O,;L.. Assay Date: /\/A-Response Acceptance Range (+/-20%): uRem/hr +20% __ uR.em/hr -20% net cpm + 20% net cpm -20%

3. Checks: Title: gcr-CY/17 Date:/O/zf I 4. Site or location; Site/Job:

__ 111 ;p I' ,, GPS Coordinates {when required): X-Coord: VL <i:L ...2S SY.'? Location Descriptlon:. __ ,. *" Y-Coord: W(J7o $'(} 31. 2 I Instrument Field Response 2 Use Acceptance Criteria Remarks Meter Bkg Bkg Counts Source Source Response +/-20% Inst. Battery Time Ambient Initials and Comments Cnt {cpm) or Cnt {gross cpm or source Ca!ib. Check Of Temp. (add'! Info: inst. Condition, Time uRem/hr} Time uRem/hr) gross cpm current {Y/N) check (oF) oruRem/hr {Y/N) (Y/N) Rate meter /,.,.; ... . .. ,,... /Mi;..., '1-r:l .{, { I" 11-\{ y y 57 () t}.$-Rate meter . l ,.,.;,,.. II :._ \JJ VJ -..u* 6-IS/ Rate meter I ( ( I -Rate meter Bicron NA 6uLJJ..r NA l'J'i * \./ \f v 1Yf5'f ().<; ---r--k. 2-Bicron NA . I NA I , I I I I () Bicron NA NA Bicron NA NA. 1. Instrument designated check source is listed on callbration sticker. Record check source response (oet cpm) prior to field deployment for all check sources being used. 2 .. Source and Background count rate should be determined from the average of three static counts at the same location. Repeat counts should be within 20%. If count rate diverges sJgnif!cantly, perform additional counts ta evaluate instrument stability I I . I I .----.w.l'-v .SGR'VICES Rev 110/18/15 i I I Instrument Field Response Check Log l. Instrument lnformatlon 1 Cal. Due Date: Cal. Due Date&#.£ Ratemeter: Make/Model: De1ec;tor 1: Make/Model: Bicron MlcroRem Meter: 2. Check Source Information: Source 1 No.: JI f / units:&LJ Assay Date: / .t [J""o: Vo Meter Response Acceptance Range (+/-20%}: uRem/hr uRem/hr net cpm + 20% Y net cpm Source 2 Isotope:($./ J 7 Serial No.: { 1'8J-f )_ Activity: 0..0.¢- Date: . Response Acceptance Range (+/-20%}: uRem/hr +20%__ uRem/hr-20% net cpm + 20% {'$.)....7 Y net cpm -20% '°t'f"'t? I Instrument Field Bkg Bkg Counts Sour.ce Source Response +/-20% Cnt (cpm} or Cnt (gross cpm or source Time uRem/hr) Time uRem/hr) gross cpm or uRem/hr (V/N) Date: ( 3 .2... o Location Y-Coord: W d7"r Yo '3,. 7"" Use Acceptance Criteria R{:"!marks Inst. Battery Time Ambient Initials and Comments Ca lib. Check Of Temp. (add'! Info: inst. Condition, etc.) current (V/N) check (oF} (Y/N) *-! Ratemeter I"";"" ?i'1. J.Cjd},. r l/'{t,,11 C.n-"{ , .. \j I rrt..-.1"5') Jf7 Rate meter , ( 1¥4.,,.,, JI cJ.-" 'I {/ Lt:. I -r--s '7 "JI.* Rate meter I I ( -' (/ Rate meter Bicron NA q. 1a IL.r NA './ \{ "-../ f'3si Bicron NA ,. I NA f I I ,,,.. -*--'jf Y. ,, , Bicron NA NA {/ Bicron NA NA 1. Instrument designated check source is listed on calibration sticker. Record check source response (net cpm) prior to field deployment for all check sources being used. 2. Source and Background count rate should be determined from the average of three static*c;ounts at the same location. Repeat counts should be within 20%. lf cou.nt rate diverges significantly, perform additional counts to evaluate instrument stability I ! I I i I I i I i l ! I l I I I I I TS MJ"-'V SGR"VICtES Rev 110/18/15

1. Instrument Ratemeter; Make/Model:

LvJ/f/JV' )) '{ { Detector 1: Make/Model: LvJ/11,.,.. 'ft.{-/(J Bicron MicroRem Meter: 2. Check Source Information: Instrument Field Response Check Log Serial No. 11 C."6'-( Serial No. 'fg it"41t.f2. Serial No. B 6 '?'$ 6 Cal. Due Date; IPjrr:/'f::, Cal. Due Date: Source 1 Isotope: "'11--;?12-Serial No.: / j l Activity: ..C..CJ. I Response Acceptance Range (+/-20%}: uRem/hr+20%__ uRein/hr net cpm -20% 'l>IT{.4 Source 2 Isotope: Serial No.: II ic;J.3-f.i Activity: 6.6 ,;l-. units:&_ Assay Date: _LYA__ Response Acceptance Range {+/-20%): uRem/hr +20% __ uRem/hr -20% __ net cpm + 20% ('$l.7'S net cpm -20%

3. Checks: Title: 'RCT 4. Site or Location:

Site/Job: 3. I . ,, GPS Coordinates (when required): X-Coord: N Y;t ':ct '-S-L{. I Instrument Field Response 2 Meter Bkg Bkg Counts Source Source Response +/-20% Cnt (cpm) or Crit {gross cpm or source Time uRem/hr}. Time uRem/hr) gross cpm or uRem/hr (Y/N) Ratemeter lw...1' 'l1. I t./kt' I Mi>\. /'"_fi-v Ratemeter ) wl *'°h If Ir c../J,..,... \] Rate meter I r Rate meter Bicron NA h LA,,./J. r NA f ;i_r., /f,.J£/ ,, Bicron NA I NA I ;* I Bicron NA NA Bicron NA NA Time: IS""'S-0 Location

Description:

__ Y*Coord: W 6 7'l "'-[o $.:;. 7 ,,. Use Acceptance Criteria Remarks Inst. Battery Time Ambient Initials and Comments Ca lib. Check Of Temp. (add'l Info: inst. Condition, etc.) current (Y)N) check (of} {Y/N) \{ y 15"1"'\ /.JC -rJ. -1 C!:'...'7 l...J ',/ t/f).£_ -!"?? f ' v lf .... , /J.4 -rt.. I I v 1. Instrument designated check source Is hsted on calibration sticker. Record check source response (net cpm) prior to field deployment for all check sources being used. 2. Source and Background count rate .should be determined from the average of three static counts at the same location. Repeat counts should be within 20%. If count rate diverges significantly, perform additional counts to evaluate instrument stability ! I i I l L Rev 110/18/15 I I i I Instrument Field Response Check Log 1. Instrument lnformatton 1 Ratemeter: Make/Mode!: L!lDLutA. ')) . .'-/) -Z.. Detector 1: Make/Mode!: [<l!}l-VllA 'fl/-lo Bicron MlcroRem Meter: z. Check Source Information: Serial No. J (p 'J. 131 Serio! No. ff!. /II/ J 'J Serial No. ti=;; ;J. '1 u Cal. Due Date: Cal. Due Date: Source 1 lsotope: *17, .2'32. Serial No.: J J l, Response Acceptance Range (-r/-20%): +20% __ uRem/hr -20% ==-Assay net cpm + 20% __ _ Source 2 Isotope: Cs Ill Serial No.: K7E'15 *"If? Activity: -v :2. units:µ.<:.<'. Assay Date; 1/20/t o Response Acceptance Range (+/-20%): uRem/hr +20% __ uRem/hr -20% __ net cpm + 20%. __ _ 3. Technician/worker Performing Checks: Name: SffVt /(:rAISl'.l\Ar./ Title: _____ _ Date: uizdc(Time: Ofoo r ' net cpm -20% __ _ net cpm -20% __ _ 4. Site or Location: Site/Job:. __ location / L/ 0 I IC * [ / . " GPS Coordinates (when required): X-Caord: f1L LC J J 'ff': 0 Y-Coord: lV O'JR' 'fo :$' >.. .2. ! Instrument Field Response 2 Use Acceptance Criteria Remarks t Meter Bkg Bkg Counts Source Soun:e Response +/-20% inst. Battery

• Time Ambient Initials and Comments Cnt {cprn) or Cnt (gross cpm or source Ca!ib. Check Of Temp. (add'l Info: inst. Condition, etc.) Tlme uRem/hr} Time uRem/hr) gross cpm current (Y/N} check (of) or uRem/hr (Y/N) (Y/N} . . .. .. Ratemeter
• I m1AJ

S: / 111 I fl/. /1%D'f y '-/ (JC/ 00 t;{1 fl/... z:s l.-Ratemeter Ir "u11J, f</.-1,) 1 I tn11J J/qj? ...; y (J({f) 0 <Jy /J 7 Ratemeter I tYJ!d Y9?{ I m 1111 y y /ZJo t. I -1l. 2 17.. , Ratemeter I fiftr.I r11s '!.vi, ,J 17 'i!JI' '/ y l!Z...)o 65, {. f'c)]I i Ratemeter

'f M(/11 q1JO/ I /11 r ;V v y /boD &b.1-"ti.. 2 57 Ratemeter J f!trt/ q O"') 'f P11v. 1(_!.('{ y v /br>o (,, &,. l.. /. J J"/ Bicron . 'NA I NA 11 v y *fl 9o 0 c;CI Sieren NA 7 NA I "'I 'I y 1lso ts. r ! Bicron NA -') NA I K y y I I. ot:i ?nt,, ?_ 1. Instrument desi nated check source is listed on callbration sticker. Record check source res onse net c m rior to fleld de lo ment for a II check sources bein used. g p { p )p p y g 2. Source and Background rate should be determined from the average of three static: counts at the same location. Repeat counts should be within 20%. If count rate diverges I I I I I ' i l i I significantly, perform additional counts to evaluate instrument stability 1 ______ J Rev 110/18/15 i I ! : 1. Instrument Jnformation 1 Ratemeter: Make/Model: LiJdl(/ffl 2-Detector 1: Make/Model:LU'/Jc.-v/V\- t./i-1 o Bicron MicroRem Meter; 2. Check Source Information: Instrument Field Response Check Log Serial 1 J.7 Serial No. fl/ I l 11 lJ Serlal No. fl:V Y V< Cal. Due Date: q( Vi Cal. Due Date: l. Source 1 lsotope:"/1i

• z..1-z.__

Serial No.: )//zr Assay Date: 1i.};;c:/ro Response Acceptance Range (+/-20%}: uRem/hr +20% __ uRem/hr -20% __ net cpm + 20% net cpm -20% __ _ Source 2 Isotope: C.s. ( 3] Serial No.: g--7 {I]-'18' Activity: ,..0 2-. Assay Date: __ Response Acceptance Range {+/-20%): uRem/hr uRern/hr-20% __ net.cpm + 20%. __ _ net cpm -20% __ _ 3. Technician/Worker Performing Checks: Name: S'ffl/e K:rA.H//lttA/ Title: _____ _ Date: Jo/z1t('Time: tJf!S 4. Site or location: Location _____ _ GPS Coordinates (when required): X-Coord: ;11 </), Lff'( 'I I Y-Coord: VI) 018'. b 7 11 2-I Instrument Field Response 2 Use Acceptance Criteria Remarks Meter Bkg Bkg Counts Source

• Source Response -+'/* 20% Inst. Battery lime Ambient lnitial!i and Comments Cnt (cpm) or Cnt (gross cpm or source Ca lib. Check Of Temp. (add'I Info: inst. Condition, etc.) Time uRem/hr) Time uRem/hr} gross cpm current (Y/N) check (oF} oruRem/hr (Y/N) {Y/N) -y --.... -Ratemeter f /fl I Ill l<f9\ I rJ1 IN flo1/(,, y ()Cj/( jg-_ if 'Th. ZJZ = Ratemeter J 1'A1N q I I rYI IN I J.-'ff'_<

y '/ aCit < {3". 'f l< 11* Ratemeter J ft11tJ CJ() I CJ I 1Y/IN ..:i11'1'1 y y /Jo 'P (,;c,,_*7 . Rate meter J tlf 1,J CJo I q I mt/./ U..; Ir y Y' I Jvc {.,k,. / Cs IJl i Ratemeter j (i11ri/ CJoz'i J (!J_{f.f ::Jo ') q y i 1.\00 1 z_ 3 --ft. 2 > L.-! Ratemeter lm1rJ CfD.J'f I Ml/./ IJS11.,I y y 12.s I JI Bicron

• NA -7 NA If< v y {JCJ1( ((,"/ ---lh. 2n. I Bicron NA I NA ,., .... ; y IPOO 1 *11_ 2-1 '2-Bicron NA 1 NA /{(' v

/"2., -fl, Z3L . . . 1. Instrument designated check source 1s fisted on cal1brat1on sticker. Record check source response (net cpm) prior to field deployment for all check sources being used . --2. Source and Background count rate should be determined from the average of three static counts at the same location. Repeat counts should be within 20%. If count rate diverges significantly, perform a'dditional counts to evaluate instrument stability -* i i j I I I TS*

&GRV.ICE.'lli" Rev 110/18/15

1. Instrument lnformatlon 1 Ratemeter:

Make}Modet: Detector 1: Make/Mode!; Blcron MlcroRem Meter: 2. Check Source Information: Instrument Field Response Check Log Cal. Due Date: . Ca!. Due Date: 8f'6f W Source 1 Isotope: '1li-l$1-Serial No.: /f / Activlty:<:b.! units:,,vC Assay Response Acceptance Range (+/-20%): uRem/hr+20%__ uRem/hr-20% .* net cpm + 20f:li,7e;g net cpm -20% 3)C'"6 Source 2 Serial No.: Activity: 0 .o..J..-units:,&-<; Assay Date: _.tLtl= Response Acceptance Range (-1-/-20%): uRem/hr +20% __ uRem/hr -20% __ net cpm + 20%(?2'7 :$.. net cpm -20% S!f_f 3. Title: Date: lo/..2.!/!2: Time: O'f r 1 4. Site or Location: Site/Job: _ ..:..I _____ _,_ Location Descriptlon:. __

-1 o:it/m.C ff i * .L;:.... o-t:> U. I "" GPS Coordinates (when required):

X-Coord: LY-;:f...e:. L V-Coord: £0 37. Z l Instrument Field Responsei Use Acceptance-Criteria Remarks Meter Bkg . Bkg Counts Source Soun::e Response +/-20% Inst. Battery Time Ambient lnltials and Comments Cnt (cpm} or Cnt (gross cpm or source Ca lib. Check Of Temp. {add' I Info; Inst. Condition, etc.} Time uRem/hr) Time uRem/hr) gross cpm current (Y/N) check (cF) or uRem/hr (Y/N) (Y/N) Rate meter I w..*"" q /'f 7 ,.11.fu. .. l/?tW ,-..1Jhtt, v \./ tJ1so 5"6.L{ "17...-2$2. fk Rate meter t 1 ...... IM4'l' rJ?AA, v hi '" 1 114'<1 :S-6. s /_c;-(3'7 Rate meter ' 7 ( I .._, Rate meter Bicron NA 1-i uw,u rt"' NA q \.7 \/ <-C x Bicron NA . I NA ' l r I { u Blcron NA NA

• Bicron NA NA 1. Instrument designated check source ls listed on cal!brat1on stkker. Record check source response (net cpm) prior to field deployment for all check sources being used. 2. Source and aackg:rou nd count rate should be determined from the average of three static*counts at the same locat!on.

Repeat counts should be within 20%. If count rate diverges signlflcantly, perform additional counts to evaluate Instrument stability I j

1. Instrument lnformatlon 1 Ratemeter:

Make/Model: Lu (I; Detector 1: Make/Model: { :t/.5M Bicron MlcroRem Meter: 2. Check Source Information: Instrument Field Response Check log Serial No.

• Serial No.t6>'6/lf.2.

serial No. $&'f.$b. Cal. Due Date: Cal. Due Date: FJ Source 1 lsotope:'TJ-.-}.3,,_ Serial No.: /If Activity: <::O .I units: µt;;" Response Acceptance Range (+/-20%): uRem/hr +20% __ uRem/hr -20% Assay net cpm + 20o/oC'J ?1f net cpm *20% IS" 1'-"t: Source 2 "J7 Serial No.: //'f *;?;3-1 :L Activity: !Y pr un!ts: J)C-i Assay Date: &A:. Response Acceptance Range (+/-20%): uRem/hr +20% _. _ uRem/hr-20%__ net cpm + net cpm -20%

3. Technician/Worker Performing Checks: Name: X EJ"",,,..J?s . Title: 'fZ ( 'r Time::¢{73G7 4. Site or Location:

Site/Job: kt". '3. ( * . ,

• Location

Description:

__ ,. / o 'e7/a' **' 4' , ,,. GPS Coordinates (when required]: X-Coord: 1v 'fpl .?Lg L Y-Coord: vv e>? 8'" "lo .:J7. 7 ' I Instrument Field Response 2 Use Acceptance _Criteria Remarks Rev 110/18/lS Meter Bkg Bkg Counts Source Source Response +/-20% Inst. Battery Time Ambient Initials and Comments Cnt (cpm)or Cnt (gross cpm or source Ca!ib. Check Of Temp. (add'I Info: Inst. Condition, etc.} Time uRem/hr) Time. uRem/hr) gross cpm current (Y/NJ check (of) or uRem/hr (Y/N} (Y/N) Rate meter ' (fl';).. ,_ J. 'f J. t!D""' WI.,:-..,... l/?75J \/ \/ v (3tJ/ 7 71..-)'!2-tJ-f Rate meter * . I CA.;\.--.. I I q a tJ ',. __ rv VJ XI t</5 t:d;. > l/"s-f3 7 '1Jf Rate meter I I ( f v Ratemeter Bicron NA q NA t )01/1'1-.ft1.ir \I *V ,; /7,/7!., -rrt..-:1-"j 2._ Br Blcron NA . I NA J I I ( ....... Bicron NA NA Bicron NA NA 1. Instrument designated check source Is llsted on calibratlon st1c:lrer. Record check source response (net cpml prior to field deployment for all sources being used. 2... Source and Background count rate should be determined from the average of three static counts at the same location. Repeat counts should be within 20%. If count rate diverges significantly, perform additional counts to evaluate Instrument stability I lns.trument Fleld Response Check Log 1. Instrument lnformation 1 Serial No. /'f C.£.(.$1 Serial No. Cal. Due Ca!. Due Date: .( I Ratemeter: Make/Model: Detector 1: Make/Model: Sieren MlcroRem Meter:

• Serial No. 'A'q 5 b 2. Check Source Information:

Source 1 Isotope: Serial No_: /f ( Activity: c::O * ( Response Acceptance Range (+/-20%): uRem/hr +20% __ uRem/hr -20% net cpm -20% Source 2 Serial No.: / /fE)3--(2. Activity: t).a;L.. units:_k'L'; Assay Date: L'.Il4_ Response Acceptance Range (+/-20%): LI Rem/hr +20% __ uRem/hr -20%__ net cpm + 20% __ _ net cpm -20% 3. Checks: ntle: __ __ "! __ _ Date: to,.4jf£ lime: 153i 4. Site or Location: Site/Job: .,:S. / Location

Description:

____ GPS Coordinates (when required): X-Coord: N {{..,;l D;;z.'l '5?l 'i "' Y-Coord: Wo?K"'1fd: n 2 ;-, I Instrument Field Responsa 2 Use Acceptance Criteria Remarks Rev 110/18/lS Meter Bkg Bkg Counts Source source Response +/-20% Inst. Battery Time Ambient Initials and Comments Cnt (cpm) or Cnt (gross cpm or source Callb. Check Of Temp. (add'! Info; Inst. Condition, etc.) TI me uRem/hr) Time uRem/hr) gross cpm current {Y/N) check (°F) or uRem/hr (Y/N) (Y/N} Rate meter I .a...'-lf f o I .--nt.. I ""':x v '{ v ft;?/ 6<6. f ;z_ Rate meter I '-** *-.f I ..... "'YI. lr'J'lf'7cn,,_,. -!./ \JI /'$'?/'-/ '7.'-/ /s-13.7-0£ n . ., Rate meter , r f ( {./ Rate meter Bicron NA lf/fU</ l..r NA hr \( \J ,/ 67/-1 In... -2"5'1 _(.)?' Bicron NA , NA ' I I ( -Blcron NA NA Bicron NA NA 1. Instrument designated check source ls listed on ca!lbrat1on sticker. Record check source response (net cpm) prior to field deployment for all check sources being used. 2. Source and Background count rate should be determined from the average of three static counts at the same location. Repeat counts should be within 20%. lf count rate diverges significantly, perform additional counts. to evaluate Instrument steblllty I App E-Sub-Area 3.1-Sample Data Sheets

SAMPLE LOCATION DATA SHEET . Project: /VY $ f:. \(..\:)Pl Weather: _flu

1. Sample Area (SA): SA Designation: 3 . \

Description:

&rtV,ecJ SA Origin Location: Coord_ System: ____ _ SA Land Mark

Description:

c:.vyv-Cv-:>lJ Coard: .2. Sample Location Data: Sample Area ID: Matrix:

\ .. LocationCoord: f\J 42.l-/<J0f.£JS5 Alternate Location Measurements (distance from SA origin and Local Coord.) X Dist. from Origin (0.0) r...i I A Y Dist. fron1 Origin: . Nj 11 I Site Sketch Attached (Yes) Sample Location

Description:

(om 8DtJ, no '\:i+o..I Canopy Type:

__ Land Use: Soil Moisture (Wet, dry, 3. L R. d" ' R d" ocat1on a 1at10n ea mgs: 2x2 NaI i Bicron Notes (cpm) (uRem/hr) . ; Count time 1 cm Im i lcm lm (min) ! I I 1.'.)5i tO"l'i \ g I iJIA I !f';,1, 0 lf'. f./ 1 g --4. Sample Information: Sample Area ID: 3 * \ * \ . 6 , /-;{ Soil Color Sample ID Samplitig De[)'cription (Surface litter type/depth, sample depth retention, refusal, stone or rock, to po ra h , erosion features) Sample Recorded on Laboratory COC form and Container Labeled (N) (to -100 I &vii-'-:s. \.I.LS' NJA 10/20/15 SAMPLE LOCATION DATA SHEET Date:1t/o*-20-1-r-Proj_ecr: tJ 'yg;JZ.DA Weather: J?crfly Clo vd1.;. 1 ..va.rm -r.,.,..,e. 5;-c;A--:10:: 1. Sample Area (SA): SA Designation: __ 3_._\ ___ _

Description:

_{pm B d '-'-=----'---=-"-=--------- SA Origin Location: Coor d. System: -----SA Land Mark

Description:

__]2,ivtw{!J

2. Sample Location Data: Coord: idiz,tJ Sample Area ID: 3, i . 2 Matrix:

Location Coord: j.J . u 134 -hl en. '1 $ 0 6 'i I

• Alternate Location Measurements (distance fi-om SA c1rigin and Local Coord.) X Dist. from Origin (0,0)

Y Di:>t. from Origin: u.) \le I Site Sketch Attached (Yes) @ Sample Location

Description:

Canopy Type: ()Pt<" Land Use: _ _E_Q.,:(W. __ Soil Moisture (Wet, dry, etc): -.:o, w-t-1" 3 L ti R d' ti R d' oca on a I.a on ea mgs: 2x2 NaI B'cron Notes (cpm) ; (uRem/hr) Count time 1 cm Im \cm lm (min) .. -. -* --****** I !ILlCZ tO ID .Lil f\ I ll 42.l! iOw63 t-****-I

4. Sample Information:

Sample Area ID: _3_. \ , 7 , I[ . I -l D b D th escnoticm 'Y ep Depth Soi/Type Soil Sample ID Sampling Description Interval (Org; clay; Color (Surface litter type/depth, sample depth retention, (cm) sand, etc) :-efusal, stone or rock, toEography, erosion features) O-IS \ tSa:.,..n 3.1. 15-30 '7 (}: \ R .. 'lJ1,...i,/\. £, 2 IJ}Pc !,D*. l '3.L 2.. f, 3 Nf f< {uO -1 vu Mvd J l}>t). k /' ':?..1.*z.e..'1 n.1-wo.\.e c I Sample Recorded on Laboratory COC form and Container Labeled: (N) ' SAMPLE LOCATION DATA SHEET Date: ID -Zo Project: 1'-Jj 5 tg_pf.L_. __ _ Weather: pcf'f\-r Clo:,cLy , c&Cc/c--< I. Sample Area (SA): SA Designation: 3, I

Description:

__ Gx='-'-ri'--'-f '=1 c ..... / SA Origin Location: ______ Coord. System: __ _ SA Land Mark

Description:

• --Coord: 2. Sample Location Data: Sample Area ID: 3 r l v 3 .. E Matrix:

L_ . Location Coord: W 1<6,/!1 CJ L/ __& LJ -Z

• 4 'l 13 '-18' S\crt

'. 2.5 e"'d : I '1; 3 o Alternate Location Measurements (distance from SA origin and Local Coord.) / "7 1 r -, . l l)'\ V(WCu\ 67. a ,s. W '"'fYD/\I\

3. I. 5 X Dist. from Origin (O,O)___Mfjl

__ , *

• Y Di!;l. from Origin: _.N-"'1 1 1-\.lft---

Q Site Sketch Attached (Yes) <<l Sample Location _IL_s ____ Canopy Type: Op-ch Land Use: {G(hJ Soil Moisture (Wet, dry, etc): 3 L f R a* ti R d. oca ion a ta on ea mgs:

• 2x2 NaI ; B**cron Notes (cpm) (uRem/hr)

Count time lcm Im 1 cm Im (min) -; I ID {;t;c_p iO ! I '1 'l g --I {()/t/1-10 'lo ct .sJl!:t-i, -----* 4. Sample Information: Sample Area ID: 3. l. 3, E, I-'i Depth Soil Type Soil Sample ID Sampling Description Interval {Org; clay; Color (cm sand, etc) (Surface litter type/depth, sample depth retention, :efusal, stone or rock, to oo-ra h , erosion features) Sample Recorded on Laboratory COC form and Container Lab(lled; (N) Date: /0-7./-/) Project: AJ'YScR..00 SAMPLE LOCATION DATA SHEET Name: *Jii0

• V[)'...tJ;it.

Weather: WO,tM 0 l. Sample Area (SA): SA Designation: __ SA Origin Location:

== Description:==

Com .f-; <:..{d Coo rd. System: -----SA Land Mark

Description:

.... w__.'_D.>-l_J-t--- Coord: 2. Sample Location Data: Sample Area ID: 3 . \, Lf Matrix: so,_\_ Location Coord: N 7 f{, w1Cffr'/'J cl Alternate Location Measurements {distance from SA c1rigin and Local X Dist. from Origin (0,0) rJ Y Dist. from Origin: --t-N....:.i/"""'-'---

3. I . 3 / 3'5 ff, S l Site Sketch Attached (Yes) Sample Location

Description:

Um {i t. l J (Ls Canopy Type: 0 p-t.V\ Land Use: fQ_(fl.A Soil Moisture (Wet, dry, etc): J) 0{ 3. L R d" ti R d' ocatwn a 1a on ca mgs: 2x2 Nal Be.Cron Notes (cpm) (uRem/hr) Count time lcm lm I 1 cm Im (min) I 'jg 8"5 5( 7 v I f1 1 q3 '(j 922/( ' tJ J f\ : !' 4. Sample Information: Sample Area ID: J . j , Y , £. . f-!./ Soil Color Sample ID Sampling Description (Surface litter type/depth, sample depth retention, refusal, stone or rock, to o!Zra h , erosion features Sample Recorded on Laboratory COC form and Container Labeled: (N) SAMPLE LOCATION DATA SHEET Date: Project: ---+-jJ"--'V,_,5._...f..,.""""'J2,-'{)1'1'------ Name: Weather: Clo

• ud:-t I 1. Sample Area (SA): SA Designation:

_____ _

Description:

• CoYt'i Htf d SA Origin Location:

SA Land Mark

Description:

-. ___ _ Coord. Coard: 2. Sample Location Data: Sample Area JD: Matrix: So* { Location Coord: tJ L/2 t/ 8Z l.f / °J . -IAI 7 '(-u7 <l. 'lg'0 Alternate Location Kifeasurements dTstance from SA origin and Local Coord.) X Dist. from Origin ((),0) J/ k Y Dist. from Origin: _JjJ) l:l . Site Sketch Attached (Yes) @) Sample Location

Description:

{orn h (, td , 5tul _ Canopy Type: 0 '/)(,fl etc.): Dty l Land Use: __f__a.r lk. Soil Moisture (Wet, dry, 3. Location Radiation ReadinCJs: Count time (min) I 2x2 Nal (cpm) lcm 4. Sample Information: Soil Color Im Bicron (uRem/hr) Notes lcm . lm Sample ID Sample Area ID: 3, / . 5. 12. Sampling Deseriptimz (Surface litter type/depth, sample depth retention, refusal, stone or rock, topo ra h , erosion features Sample Recorded on Laboratory COC form and Container Labeled: (N) 10/20/15

SAMPLE LOCATION DATA SHEET Project: N\Ktilfil __ _ Name: -r;:.i BYD<..,..V'- Weather: Cfoxly,, ww:w. 1. Sample Area (SA): SA Designation:

== Description:==

SA Origin Location: Coord. System: -----SA Land Mark

Description:

Coord: 2. Sample Location Data: Sample Area lD: \. Le Matrix: s*6 *, \ Location Coord: itj 7 'I, Lt 7 'if3 4 s *-f\I Lf_2. 4?'3257" Alternate Location Measurements (distance from SA origin and Local Cof:rd.) X Dist. from Origin (0.0) N{ Pf Y Dist. from Site Sketch Attached (Yes) Sample Location

Description:

Grn d t1o ____________ _ Canopy Land Use: . .fuv\..A., etc.): Dt\,1 Soil Moisture (Wet, dry, ' 3 L f R d" ti R d" oca ton a 1a on ea mgs: 2x2 Na! Bicron Notes (cpm) (uRem/hr) Count time !cm lm )cm Im (min) ( '7iq2-o X' 7 Al J /4. l S? <c:; (_ f\J/A ... 4. Sample Information: Sample Al-ea ID: .3. LG:> , J2.., 1-lf D 'ti bDtl escnp* on ep 1: Depth Soil Type Soil Sample ID Sampling Desaiptio11 l11terval

• (Org; clay; Color (Surface [itter type/depth, sample depth retention, (cm) sand, etc.) refusal, stone or rock, topography, erosion features) 6-'!S-' * \ t--.n,,,,, 3i.t_.,,2...I

/\J /4 IS-6Q_. \ hi'l'L_.A,.-

i. \.1 ... (L "'2. ,Jt 3o-t.t<>

bfl)vV-- i!J n-(.g {)-/ (,) <.> i-.,,..,.._ .... 12.. t.1 l!l rq.. Sample Recor<led on Laboratory COC form and Container Labeled: (Y) (N) 10/20/15 SAMPLE LOCATION DAT A SHEET Date:# iO-IJ-1S-Project: J) Y5ck!.1)A Weather: 5ui\V\y 1 l.oo\ I. Sample Area (SA): SA Designation: -=3,_,_\-'-------

== Description:==

____(Qr n e\.O SA Origin Location: --*-----____ Coord. System: _ *------SA Land Mark Descriplion: 'Q,;, \l"'"t*wcd Coard: Yoo -f-*t:. I _f;*" sJ. 2. Location Data: \\) J-jl>!f,ll'{.? 'fJ){'r'\Y> Sample Area ID: :3, l. 7 Matrix: '501-_L LocationCoord: w7'8', (Jt7'if9.11" :J+/-!/2, '/(/&1i(' N Alternate Location Measurements (distance from SA c*rigin and Local Coord.) X Dist. from Origin (0,0) J\f\ Y Dist. from Origin: Site Sketch Attached (Yes) @) Sample Location

Description:

!c.L (Off1 .sh:aj /c.) rLh?..{)1i'"ed I Canopy Type: Q pe I'} 3 L t' R d' f Land Use: FQ..viM,. __ Soil Moisture (Wet, dt)', . oca mn a ia 10n R d" ea mgs: 2x2 NaI B*cron Notes (cpm) (uRem/hr) Count time \cm Im ' !cm lm ' (min) ' I 1019 .'2. q '1 q 3 g 8" ;Jf A 10 8 'ii f;'" <j q Z.CJ -l i I 4. Sample Information: Sample Area ID: 3. \ , *7, IC . I -Z.. D b D th escnotwn IY ep Depth Soil Type Soil Sample ID Sampling Description Interval -(Org; clay; Color (Surface litter type/depth, sample depth retention, (cm) sand, etc) ;efusal, stone or rock, to2ogra2hy, erosion features) o-/5"° b\d/,,,a: I k-'(\ 3 I ,7, f:. , 111 A /5 -:, 0 c.;<\-l ...... ; I j::i.,.....,. 3 J .l,. Nii'\" -Sample Recorded on Laboratory COC form and Container Labeled: ff) (N) SAMPLE LOCATION DATA SHEET Date: iiJ-tCJ-i r Project: /JY5eK..M Name: --r;;;.

• 6i1>:d.;...

Weather: s0n'f\y / c. oo *--*--*----*-

1. Sample Area (SA): SA Designation:

_5__;_._\ _____ _ Desciiption; __ SA Origin Location: Coord. System: ____ _ SA Land Mark

Description:

v\ '<(u..."'d Coord: 2. Sample Location Data: Sample Area ID: _'3--'-'. l'-._8"--- ___ Matrix: _l_ Location Coord: VJ/&. lo7X1t1°' Alternate Location Measurements (distance from SA ciriginand Local Coord.) X Dist. from Origin (0,0) Y Dist. from Origin: rJ1P< Site Sketch Attached (Yes) Sample Location

Description:

[Dn"' h rcvn sk\\t...S lo (tx,uS 11 260 f-L Lv -,,_ ---a} ------- Land Use: carnt-\eld Soil Moisture (Wet. dry. Canopy Type: Ope f1 3. Location Radiation Readings: I 2x2 NaI B*.cron Notes* (cpm) (uRem/hr) Count time lcm lm lcm ! Im : 1 ..... -(!_Uin) --.. _ l, ci;qzo CJLf x-t* 'tJ .. , ' IJ//< I 9 x-'7 I qo 8'! __ I -**-*-**** 4. Sample Information: Sample Area ID: 3 , \ . , £-1 7-

---

*--

Soil Color Sample JD Sampling Description (Surface litter type/depth, sample depth retention, stone or rock, to o a b ', erosion features) Sample Recorded on Laboratory COC form and Container Labeled: (N) Date: IO -Z0-1-:r Project: JJY 5 f !2.DA Weather: 'Svti1*1.y; u.ptr>. I. Sample Area (SA): SAMPLE LOCATION DATA SHEET 1).rorc=" . SA Designation: __ 3-----". j ____ _

Description:

(pl(\ el d.

SA Origin Location: Coor d. System: -----SA Land Mark

Description:

Coord: 2. Sample Location Data: Sample Area ID: ---'3"'--. }'--._CJ __ Matrjx:. <;.., ,_\ _ ,_. Location Coard: W 7 8'. 0t 19 (p St/ Alternate Location Measurements (distance from SA origin and Local Coord.) X Dist. from Origin (O.O)_JJ} l'r Y Di!:t. from Origin: Ai/ 1-\ Site Sketch Attached (Yes) . Sample Location

Description:

.. ..... \ _____ _ Canopy Type: 0 ...... ___ Land Use: Soil Moisture (Wet, dry, etc):._--'D'--'-",f-/ __ 3. L Rd' . R a* ocahon a iabon ea m2s: 2x2 Nal ! B:.cron Notes (cpm) (uRemlhr) I Count time I cm lm lcm Im (min.) :** { \Of>W Ji) Di.ff 7 7 ----.tJ/ jl. I IOI.{ 1 'l.-!O/V 2 ,__. N/A i -*-4. Sample Information: Sample Area ID: 3. \ ,. q. £!. * /-2. D b D h escnption 1y ept : Depth Soil Type Soil Sample ID Sampling Description Interval (Org; clay; Color (Surface litter type/depth, sample depth retention, (cm) sand, etc) refusal, stone or rock, topo!rraphy, erosion features) ()-J s--:;,o;t 112..-u'->"'\ E, I NJ rr Jfj-jD ll./\c. ... .. I C;,t,2.. 0-fl_ Sample Recorded on Laboratory COC fonn and Container Labeled: eJ (N) L Date: tO{ 7.-[ ( J ") Project: N\.\ SER 0 r+ Weather: Lloi.:.d,L\ 1 S-0 1.S 1. Sample Area (SA): SAMPLE LOCATION DATA SHEET Name: gt'()l.\;rJ SA Designation: A l"'{_Q-.. 3 . l SA Origin Location:

== Description:==

(Di--n t 1 d SA Land Mark

Description:

Coord. System: LrJ.-( lorj Coard: l'.t .lo 1 =j ;;i.:;i. LJ ;-i,. (.I %{0 2. Sample Location Data: *sample Area ID: _?J_. l"""'._l_o ____ Matrix: .501 \ { dcul Location Coord: 1

• G 'b uOO 3 4 d-. 411 I d, 0 l:, Alternate Location Measurements (distance from SA origin and Local Coord.) LI <s y a.-d5. X Dist. from Origin (0,0) Y Dist. from Origin: ____ --r co../ 1 r Site Sketch Attached (Yes) -u-r I H'St ()'j-(O!'"'J Sample Location

Description:

Cc rn?i?.. tel :tlcd 5 I Canopy Type: C'J Q8'! etc.): cla.mr J at Land Use: Soil Moisture (Wet, dry, 3. L. Rad' . R d. ocatmn iat10n ea mizs: 2x2Nal Bicron Notes (cpm) (uRem/hr) Count time lcm lm lcm lm (min) l II <oqs-ro, 99 '" lf '1 rJ I If (0. '150 , 4. Sample Information: Sample Area JD: 3. 1.10 E.. \ E. d. b D h Descnotion 1y eot : Deptlz Soil Type Soil Sample JD Sampling Descriptio11 I1zterval (Org; clay; Color (Surface litter type/depth, sample depth retention, (cm) sand, etc.) refusal, stone or rock, topography, erosion features) 0-1'5" I d!A..Ll .E. \ IS. :'.>O ,561 ! 1 duv '3. 1.1/).E' ,d-I I _----.. Sample Recorded on Laboratory COC form and Container Labeled(Q)} (N) 10/20/15 SAMPLE LOCATION DATA SHEET Date: J.e (?..({is-Project: N \I s e ( or4 Name: Grow!) Weather: (I. uv ::!l y 50

• 1. Sample Area (SA): SA Designation:

___ _ SA Origin Location:

== Description:==

__,,C...::.o_r"'...:...* __ Coord. System: lu:J-f lur-> SA Land Mark

Description:

__..Dr"'-=l\/l.=Lv=:i..,...:q... ____ _ Coord: T5.l..7'1 '-/.:l. 3 2. Sample Location Data: Sample Area ID: 3. I./ r Matrix: °So* I ( do.i Location Coord: r 'b 'G 1 q 1-0 4 d. ' <../ l 1 l, Alternate Location Measurements (distance from SA origin and Local Coord.) I$ G L.{ o..d..S wd of C 11/1 x Dist. from Origin (0,0) y Dist. from Origin: .d I edjt '* brlJsh/ l/N-ml ( I '1 *_ Site Sketch Attached (Yes) Sample Location

Description:

C0rn-f 1 d ol stct.l b {,!l Canopy Type; ._ __ Land Use: __ Soil Moisture (Wet, dry, etc.): do.mp, f'ill li...l.\fL..-

3. L Rd" ti R d" ocation a 1a on ea m2s: 2x2Na1 Bicron Notes (cpm) (uRem/hr)

Count time I cm Im I cm lm (min) I 10 1D, 31../o

• 7 lD

{ JD_"f:(.P./ Ill d.9D 4. Sample Information: Sample Area ID: 3.1. II El -E D b D h escnption 1y ept : Deptlz Soil Type Soil Sample ID Sampling Description Interval (Org; clay; Color (Surface litter type/depth, sample depth retention, (cm) sand, etc.) refusal, stone or rock, topography, erosion features) D-i "(" do,1..1 . !-,..,.,,., ... "J... I. I I E I I '.S *30 Jei.J 6-u .... <..I. rf .EZ.. ! Sample Recorded on Laboratory COC form and Container Labeled: rf!J. (N) 10/2.0/15 Date: \ o l -z. d 1 '5 Project: fU '-i SE f4 SAlVIPLE LOCATION DATA SHEET Name: S gl'Dwn , -I Weather: (_ \ 1 S 0.) 1. Sample Area (SA): SA Designation:

3:,. j SA. Origin Location:

== Description:==

LCr:'lf 1 d J Coord. System: Cod-{ [>>."S SA Land Mark

Description:

____ _ I Coord: l't.L.1'4d..J. 1 4';;;.t.J'i:ObS

2. Sample Location Data: . Sample Area ID: -5 . \ . I ?.., Matrix:

j { C Location Coord: l\ ,;J,.l-l :s-C' 71-lf Alternate Location Measurements (distance from SA origin and Local Coord.) ;:) (p + L{ tt..-ds clt\ L X Dist. from Origin (0,0) Y Dist. from Origin: ____ of Co....v-' Site Sketch Attached (Yes) J Cl{<..:;'

'itcd 1:5 Sample Location

Description:

locn-P1dd..) s+oJ k5 Canopy Type: OQtn Land Use: \:n..rro etc.): (k,l'VI? ,flo v.;dv,. Soil Moisture (Wet, dry, 3 L ti Rad" ti R d. . oca on ia on ea mgs: 2x2 Nal Bicron Notes (cpm) (uRem/hr) Countfane [cm lm 1 cm l Im (min) ; l 1{ YL1 10. qui f'J (A l ii

4. Sample Sample Area ID: '?::.. l . f ;;i.. E I

• E ;.;l, D 'ti bDth escnp on 1y ep* Depth Soil Type Soil Sample ID Sampling Description Interval (Org; day; Color (Surface litter type/depth, sample depth retention, (cm) sand, etc.) refusal, stone or rock, top0graphy, erosion features)

CHS { r lo.I..! 161'(,,,/"\ 3 -i . I;}.. EI 1$*<,D :'.:ll>i 1/dQ1., brn.,._, * ., 3._1. \;;l.E.d. I -.......... Sample Recorded on Laboratory COC form and Container 10/20/15 SAMPLE LOCATION DATA SHEET Date: Io l "Z-\ (IS Project: f\! \.\ SE. R.D 4 Name: S gl't>Wn . I Weather: (_ \ .' S 'O 5 1. Sample Are.a (SA): SA Designation: fl<<(A S. I SA Origin Location;

== Description:==

---

'G_o_r SA Land Mark

Description:

Coord. System: Lix!-( Ui,"!,) Coord: !'5. l. *Ol-:1 l(;,,.i.J

2. Sample Location Data: Sample Area ID: \ . 13 Matri;.<:

Location Coard: *1. o .. (?-":{ '7 7 cl J LI J., Y 'is' J.. I It> 6 Alternate Location Measurements (distance from SA origin and Local Coord.) X Dist. from Origin (0,0) Y Dist. from Origin: ___ _ Site Sketch Attached Sample Location

Description:

• de!. i staJ. t5 J J;tJ Nwv+: ( (lf I ; n :s+ru K5 I d cf c I o..rt.?-CanopY, Type:

__ Land Use: fo./,'\'V etc.): dctl"t'Jf I t1D Soil Moisture (Wet, dry, 3 L ti Rad" ti R d. . oca on 1a on ea me;s! 2x2 NaJ Bicron Notes (cpm) (uRem/hr) Count time lcm lm lcm I Im (min) . ! 'J..9 10 '8' fJ !-A I l) I $" '-/ 4. Sample Information: SampleArealD: '5.1. ! 3 fZI -R.J, D b D th escnption 1y ev . Depth Soil type Soil SampJelD Sampling .Description Interval (Org; clay; Color (Surface litter type/depth, sample depth retention. (cm) sand, etc.) refusal, stone or rock, topography, erosion features) f\*IS :soi I llc-1_ L/ 3.\.13.R. I Soi I br?>w.,.., 3.1. 13.<<..:), I I Sample Recorded on Laboratory COC form and Container Labeled: (N) "10/20/15 Date: i O [ z.. d ! $ Project: '1 SE.!(..() 4 SAMPLE LOCATION DATA SHEET Name: S rSV!}wYJ Weather: (_ ( v:;°'--'1 1 $-05 I. Sample Area (SA): sA Designation: (\(ZD.._, s. I

Description:

-LOr :'[ +: Id rt SA Origin Location: Coo rd. System: lr:d--f Uf1 "-SA Land Mark

Description:

Coard: l't. t, 1!.J ;7.J.' t(;;,.4 G3, 2. Sample Location Data: Sample Area ID: \ . \ l\. Matrix: Sci [ ( Location Coord: . L, TS S G 5 L\ Y Z :J. 1 Alternate Location Measurements (distance from SA origin and Local Coord.) X Dist. from Origin (0,0) Y Dist. from Origin: ___ _ Site Sketch Attached Sample Location

Description:

lcl i :s-toJ c.f *u-?. el l 4 lD. '-l (L.J_:;, n orl-i1 C <VI d Q_()JtJ MQ_a__ Canopy Type: 0 Land Use: f o__rm Soi I Moisture (Wet, dry,_ etc.): llO 3 L ti Rad" ti R d. . oca on ia on ea m2s: 2x2NaI Bicron Notes (cpm) (uRem/hr) Count time l cm lm 1 cm lm (min) I 't G S-'8' 93al t l ciq.o<., 111 9 I 4. Sll.mple Information: Sample Area ID: ['1 D ' ti b D h escnp; on >Y ept : Depth Soil Type Soil Sample ID Sampling Description Interval (Org; clay; Color (Surface litter type/depth, sample depth retention, (cm) sand. etc.) refu,sal, stone or rock, topograEhy, erosion features) 0-1$ :sell /Ja.u bn.v.. .. 3 .i . 11.{ .R. \ 0oi! f da.J brbv.in 3 _ l . I'-\ . I( <l I -Sample Recorded on Laboratory COC form and Container (N) 10/20/15 SAMPLE LOCATION DATA SHEET Date: 1ol-z-t [cs Project: f\.I'=\ SE.((_.()?\; Name: S. grt>wn Weather: (_ vv-R1.1 1 s-05 1. Sample Area (SA): SA Designation: 3

Description:

Corrif ,JJ. SA Origin Location: SA Land Mark

Description:

2. Sample Location Data: Sample Area ID: . \ . I Matrix: :Soi ( (dn LI Location Coord: l . c*7 r I S5 L\?.. Ll o }.7 1..1 Alternate Location Measurements (distance from SA origin and Local Coord.) X Dist. from Origin (0,0) Y Dist. from Origin: Site Sketch Attached Sample Loca.tiort

== Description:==

in k--5 1 ----ft!) '-/ll-rd..i fJ a+ ( a..r 1 c.. o F s-k.! b Canopy Type: __ Land Use: etc.): dtL'<<*f Soil Moisture (Wet, dry, 3 L ti R d" ti R d" oca on a 1a on ea mes: 2x2Nal Bicron Notes (cpm) (uRem/hr) Count time I cm 1m lcm lm (min) I IV (, {o I 10 'l..3 't JO pJ (4 I 10 :}'Jl., I () /'rD . 4. Sample Information: Sample Area JD: '5.1. I$ RI -D b D h escnption

• Y ept : Depth Soil JYpe Soil Sample ID Sampling Description.

Interval (Org; clay; Color (Surface litter type/depth, sample depth retention, (cm) sand, etc.) refusal, stone or rock, topography, erosion features) {}-Is-'Soil / c,\a,y. bni .... ..., 3 ,J 15".R-I \$-:,)0 '; l { clt\'-1 b"'"""' 3_i.1S".R-::i._ -Sample Recorded on Laboratory COC form and Container Labeled:@ (N) 10/20/15 SAMPLE LOCATION DATA SHEET Date: \ c \ <-i{ l 'S Project: fv \_l S. E.. K'...D 4 Name: ::f. grown Weather: (_ ( vvc\..y ? 5 *05 1. Sample Area (SA): SA Designation: f\fx D.. I

Description:

lorn+: r ;ij rl. SA Origin Location: SA Land }.{ark

Description:

. I Cooid. System: ld-( Gl'1'\ _ Coard: lo 1'-1 :AJ. t.(.1,,L\ G 2. Sample Location Data: Sample Area ID: -\ *. , (a Location Coord: 1 i-, C9 l l '11 $' Matrix: S'-< j ( ci c,ll L\ ";).*41l'd.313 Alternate Location Measurements (distance from SA origin and Local Coo rd.) 1 * " _..;, ( N r r "-"

c:. X Dist. from Origin (0,0) Y Dist. from Origin: ___ _ Site Sketch Attached in shtt.s Sample Location

Description:

Jin Canop)\ Type: etc.): a.tu*1Ap 1 flll Land Use: _.C-:_o.._.r-" .. iY'--'"'--- Soil Moisture (Wet, dry, 3 L t" R d. ti R d" . oca ion a 1a on ea 2x2 NaJ Bicron Notes (cpm) (uRem/hr) Count time lcm Im 1cm lm (min) l 101 !3+ ci 9 I NM l 't er yt, 1 71-i-=i-4. Sample Information: Sample Area JD: I (p IZ! -R :.2.. b D b Descri1>tion 1y cpt : Depth Soil Type Soil Sample JD Sampling Description " Jnterval (Org; clay; Color (Surface Litter type/depth, sample depth retention, (cm) sand. etc.) refusal, stone or rock, topography, erosion features) C'i-1 s :l'Di ! .611)1,:;r') 3.l.\ln.R.-! 1$-<.0 ::io1I do..c.1 bl'bl-..Cl 3_1.11.:>-R-*d... """' Sample Recorded on Laboratory COC form and Container (N) 10/20/15 Date: 10( w(rS" !*. l < r:_ fl f\.L]_ Project;_-'-\J __ ..:>L:._1'--_u_ IT'---SAMPLE LOCATION DATA SHEET Name: -:S-. (Sl()v-..":l Weather: :S\j(lny I ..... so") L Sample Arca (SA): ' SA Designation: A-ei1>.. 3. \ SA Origin Location:

== Description:==

C.ornfi d SA Land Mark

Description:

\;xi*'-wll.l Coord. System: Lttt-Lt>>'1j Coord: ..J:L. \, 14 1... "L l\ 'J.. t..I

2. Sample Location Data: Sample Area ID:

____ Matrix: s1:1*1 Location Coord: **rLG L\ :l .c.\'8"\ Alternate Location Measurements (distance from SA origin and Local Coord.) X Dist. from Origin (0,0) Y Dhit. from Origin: ___ _ Site Sketch Attached (Yes) 9 Sample Location

Description:

C.. 01nft j Canopy Type: O ?'U'J ' Land Use: -fa-rm Soil Moisture (Wet, dry, etc): d..\Ur\y 3 L f R a* ti R d. . oca mn a ia on ea m2s: 2x2 NaI B:.cron Notes (cprn) (uRem/hr) Count time !cm Im I Jcm Im (min) I s -I.A \ Ci d.S'i ! 4. Sample Information: SampleArea!D: 3_1,11 {<.!-Rz_ ("S-R.l.r D "ti bDtl escnp on *Y ep* i: Depth Soil Type Soil Sample!/) Sampling Description Interval (Org; clay; Color (Surface litter type/depth, sample depth retention, (cm) sand, etc) * :efusal, stone or rock, topo-graphy, erosion features) 0-15' ft:ipso; \

• '\.l.11.

R. \ l'S*3D i 'txt\,"r, 3-1./1.tZ.;A 0-1.$" +Dc."<11 I bmJo,)t) 3. I . l7. (( . S' +opso*, \ :3,_!_11.IZ...\n Sample Recorded on Labo:ratory COC form and Container (N) Date: j ti{ t.o{ f 5 Project: t\J\.\ SC-12..CJA SAMPLE LOCATION DATA SHEET Name: S !5rot.*.J"! Weather: du ... 1 , 'SO,:? 1. Sample Area (SA): i\fQ.tL SA Designation: _3_. SA Origin Location: SA Land Mark

Description:

d-ri

2. Sample Location Data:

Description:

Orfitit.\rA Sample Area ID: __,,,3"--._,_l _ . .:...1 '6..:___ ___ Matrix: :Soi I { c\t\Lj Location Coo rd: 1 i -(Ji+ 3 Yd.* '-l c; d-S 'K :l. Alternate Location Measurements (distance from SA c*rigin and Local Coord.) X Dist. from Origin (0,0) Y Di!;t. from Origin: ___ _ Site Sketch Attached* (Yes) @ Sample Location

Description:

. LC'lnfi , skJ k'.s Canopy Type:

• 0 Land Use: fo..<f'Y)

Soil Moisture (Wet, dry, etc): QQl/Y'\T 3. d R d" Loeation Ra iation ea 2x2 Nal B cron ii Notes (cpm) (uRem/hr) !1 Count time lcm lm ! Jcm lm (min) ! l er t::il.1-!:J "5' i 1J I-A -l

4. Sample Information:

Sample Area ID: 3. \. IZ Kl* R 2. D . ti b D h escnp <>n 1y ept : Depth Soil Type Soil Sample ID Sampling Descriptio11 Illterval (Org; clay; Color (Surface litter type/depth, sample depth retention, (cm) sand, etc) stone or rock, topography, ero*sion features) do.LI 1-:=;;-:sc. I c..ln,' b-t*_._,,, <-.\ .1t.((. L , Sample Recorded on Laboratory COC form and Container Labeled: (N) Date: !U [ d-O / l) Project: f'll'l :St. ((DA-Weather: 'Svnriy , (06 1 5 1. Sample Area (SA): SA Designation: SAMPLE LOCATION DATA SHEET Name: -:f. ---"C""-u_r_4_i_t-"-l'-"- ___ SA Origin Location:

---

<;;oord. System: ¢n SA Land Mark

Description:

-=c}_'"'-,,---'-'1 =Wc=(;\:..+l/---- Coord: n;. lfl-. l/'i'DG3 2. Sample Location Data: Sample Area ID: 3

• t . Matrix: c30.1..I Location Coard: f G TiC7 l..\ 4 d, ,LJ '6-:t ;;:5 'J.., Alternate Location Measurements (distance from SA origin and Local Coord.) X Dist. from Origin (0,0) Y Dist. from Origin: ___ _ Site Sketch Attached Sample Location

Description:

Or.rr-!=1 Jd in Canopy __ Land Use: \ 3. L R d" . R d. ocation a 1ation ea mgs: 2x2 Na! (cpm) B:cron (uRem/hr) Soil Moisture {Wet, dry, etc): dll.-YVl'i) I Notes Count time 1 cm lm 1 cm 1m -{min) ' qq1s-9 Ito **t I 'J., Ntf+ \ q '\ (,, i 4. Sample Information: Sample Area ID: 3. ! . IJ. -R D b D b escnpt1on ept ; Depth Soil Type Soil Sample ID Sampling Description Interval (Org; clay; Color (Surface litter type/depth, sample depth retention, (cm) sand, etc) ;efusal, stone or rock, topography, erosion features) 0, IS" /cla._,, hrt,t;..>r) 3 .J _1"1 .R.. / 1S-3o Set l r lbrvwn 3 .1.1CJ _r:.__-;;. -Sample Recorded on Laboratory COC form Container Labeled: (N)

Project: N-\ 'SE: (2..DA Weather: SUClny) I <;;cf 5 J. Sample Area (SA}: SA Designation: '3 * [ SA Origin Location: SA land Mark

Description:

2. Sample Location Data: SAMPLE LOCATION DATA SHEET Name: G;Y'\l\J"')

== Description:==

__ Coord. System: {rd-I C?inj Coard: li. l<i14:;p, \...l'J...Yib{.;3. Sample Area ID: 3 .\

• d-0 Matrix:

Location Coord: I "D * \,, 1-'6 I ?J L\-_;)._;_, _._4 '8"-'-l '6_13o.,._ ___ _ ( .3 n.-t\..)) i oD .(:-t-. +1-r. cU-i vt V..HU-'j Alternate Location Measurements (distance from SA origin and Local Coard.) X Dist. from Origin (O,Q) Y Di:rt. from Origin: ----Site Sketch Attached (Yes) Sample Loca,tion

== Description:==

s-6Jl:> dtl4-w\ Canopy Type: Land Use: -f.n.q'b Soil Moisture (Wet, dry, 3 L Rd' . R d" . ocation a 1at1on ea m2s: 2x2 NaI B cron Notes (com) (uRem/hr) Count time 1cm 1 m I cm 1m (min) ! '?(:,?.:1

• 1 'S

! CJ %)11 ;;l,. ' 4. Sample Information: Sample Area JD: J.O. fZ 1-RA D . f b D th escnp ion *Y ep Depth Soil Type So.ii Sample ID Sampling Description Interval (Org; clay; 0>/or (Surface litter type/depth, sample depth retention, (cm) sand, etc)

• refusal, stone or rock, topography, erosion features)

D-tS frt;0NV s .1

• rz. 1 "'-of'nL 1c.c..k.S i:S .30 .:s.oil frno.vt-l b-t*,,,"'

3.1. ?.1i. tC?... nc...k. s " Sample Recorded on Laboratory COC fQrm and Container (N) Weather: , c...\.zs:iy 1 Lo5 l. Sample Area (SA): SAMPLE LOCATION DATA SHEET Name: -::S-. CSrtw 'Q SA Designation: A-\"...o, 3. I SA Origin Location:

== Description:==

Ll'l""*rl*i ,.__JJ. Coord. System: I o:tp c""0

• SA Land Mm-'k

Description:

Coord: 1 .L,1 q d. . Y *;;i.. '-l '8"0(0 2. Sample Location Data: Sample Area ID: 3 * (

• Matrix: S.t> *, L Location Coard: 1 '[ . G f 9 (i, 3 ?-. __!:!_?. . l{ "6' d.. 4 t\ ')._ l q '.:, yo_...-t,l:5 . tJ E c + civi v t W':J\.'i Alternate Location Measurements (distance from SA c*rigin and Local Coord.) X Dist from Origin (0,0) Y Di!;t from Origin: ----Site Sketch Attached (Yes) §) Sample Location

Description:

C-Vr,---f.i ..._J._J > s-kA \:::..S Canopy ..... ?_Q_,v'"\ ____ Land Use: Soil Moisture (Wet. dry, etc): dfl...VYlf

3. L Rd" . R d' ocation a iat10n ea mgs; 2x2 NaI B'cron Notes (cpm) (uRem/hr)

Count time !cm Im lcm lm (min) *-* I 9 f 0 !"Jffi I 93-tj 'Z"l-C(O . -4. Sample Information: Sample Area ID: S. I . d-I Kl -f<. d.., D . t* b D h cscnp1 ion 'Y ept : Depth Soil Type Soll Sample ID Sampling Description Interval (Org; clay; Color (Surface litter type/depth, sample depth retention, {cm) sand, etc) refusal, stone or rock, topmrraphy, erosion features) so:\ bv.rV"l "3-1. l . ((_ (-r--\'5 *30 bl'llwn 3. J. (2-J, I -Sample Recorded on Laboratory COC form and Container Labeled: J (N) Project: fJLJ SE R D-4 l. Sample Area (SA): SAMPLE LOCATION DATA SHEET Name: --:(. SA Designation:

3. ( SA Origin Location:

== Description:==

• _C_o_o_rd

__ __ _ SA Land Mark

Description:

Coard: TL!. 1 L/ ;A?., . J. l/ (0 2. Sample Location Data: SampleAreaID: ?,.l.?;J_ Matrix: .JoiL_ Location Coord: t t". L SS-Lf :J.. 'i 3 0 1-3 Alternate Location Measurements (distance from SA c*rigin and Local Coord.) X Dist. from Origin (0,0) Y Dist. from Origin: ___ _ fJE I i'l '-{tt-rt.U frrn1 (C.r Site Sketch Attached Sample Location

Description:

ct:-;'fl{; r_I r,{ I siu. lb c:J Canopy Type: Onw Land Use: .ki.rM I Soil Moisture (Wet, dry, etc): da.mp 3. 'L Rd' . R d' ocatwn a 1ahon ca m2s: 2x2 Nal B=cron Notes (cpm) (uRem/hr) Count time lcm Im lcm lm {min) I "l'Od.D 9 lO tJ . ft I '8843 '('Cl<tG. 4. Sample Information; Sample Area ID: 3. J

• g.:l. (< ( -R;), D b D th escr1pt1on )y ep Depth Soil Type Soil Sample ID Samplbzg Description lllterval (Org; clay; Color (Surface !itler type/depth, sample depth retention, (cm) sand, etc) refusal, stone or rock, topo!!raphy, erosion features) o-iS 0o*\

3.f. J,,::A .IZ l Sc

3. I.

{!.,,;;>._ -Sample Recorded on Laboratory COC form and Container Labeled: Date: Io( 2c{ IS" Project: N"-1 SE f. o+\-SAMPLE LOCATION DATA SHEET Name: brnwn . I Weather: :Su11ny i c..lea....r, (of) S L Sample Area (SA): SA Designation: ftc"'.lo.. 3 . I SA Origin Location:

== Description:==

(o,..-,-,.{,*dd.

_C_o_o_rd __ Coord: "1'i{.Ip7L/ J.d.. =ti;.;(. t.J rD l0 SA Land Mark

Description:

2. Sample Location Data: Sample Area ID: 3. ! . Matrix: Soi I Loe a ti on C oord: 7 ""6 . (r, 7 D 4 3 __'.:[ ;;i . t.I '%' d. ' Alternate Location Measurements (distance from SA cirigin and Local Coord.) X Dist. from Origin (0,0) Y from Origin: ___ _ ! 30 4 lt-rV\:i .N Site Sketch Attached (Yes) (.Ol'Yr(:j Q,td : ." ll/ _ _s Sample Location

Description:

Canopy Type:_O ___ \;'_Q.111 ____ Land Use: -hv1-v-., Soil Moisture (Wet, dry, etc):.-----od_,_<l_Wl--F-f--L t' R d' f R d' oca wn a 1a 10n ea mg.s: 2x2 Nal B,cron Notes* ; (cpm) (uRem/hr) ! Count time lcm Im I cm Im (min) '* .. ! rO q 1 {.), '1 10 fl} ( 4 I '1 S-"f Cf i .. I I I 1]1 4. Sample Information: Sample Area ID: 3. I. :;2.3 KI -R;A D b D h escript1on 1y ept : Dept It Soil Type Soil Sample ID Sampling Descriptioll Interval (Org; clay; Color (Surface litter type/depth, sample depth retention, (cm) sand, etc) refusal, stone or rock, toEograehx, erosion featuretl._ o-1s-Soi\ brtU..."l 3 .1.:i,i.r-.1

• .. 1$*30 Sc-1 I b,-ii.,..r.

3. '*

Sample Recorded on Laboratory COC form and Container Labeled: (N) Date: io( 2o{r:5" Project Dtt Weather: S\Jnnq . d t<i...r G-o 3 1. Sample Area (SA): SAMPLE LOCATION DATA SHEET Name: -:::r. f3rn!P ') SA Designation: A-n ..... * ! SA Origin location:

== Description:==

(o.,-nt i

_C_o_o-rd-.-S-y-st-em-: -/-v.:t-1-(......-I i_IJ_:3-__ _ SA Land Mark

Description:

dri1.1twi:i..'i Coore!: r'0,(,7Y:1.J.

2. Sample Location Data: Sample Area ID: _?.:>_._l

Jo; L_ Location Coord: Alternate Location Measurements (distance from SA c*rigin and Local Coord.) 10 l...t tJ +11T'IV\ CD..,, X Dist. from Origin (0,0) Y from Origin: ___ _ Sample Location

Description:

__ c_c_' r_n_f_r_* 1> __ r_1 _sh __ _____________ ---, Site Sketch Attached (Yes) Canopy Land Use: {o_.,.n., Soil Moisture (Wet, dry, etc:): d(J.,yj/\pF---

3. L Rd" . R d" ocat10n a 1atlon ea rn1!s: 2x2 NaI B,cron Notes (cpm) (uRem/hr)

Count time !cm Im lcm lm {min) -! t)L:Si er 3o;;< 1 JG J\f i A \ qq 'l 'K qd,!S-1:1 I 4. Sample Information: Sample Area JD:

• 3. I. d.4 R.J
• R... D b D h escnpt1on 1y ept : Depth Soil Type Soil Sample ID Sampling Description

!llterval (Org; clay; Color (Surface litter type/depth, sample depth retention, (cm) sand, etc) refusal, stone or rock, topography, erosion features) 0-t S' .So,\ brt.w.-i 3_ 1 _:i.,<.(. IZ. r 15-)D 'Sot I 3.1.';),'"{.1<.J, Sample Recorded on Laboratory COC form and Container (N) r r ,. -r}}