NAREX Ore Search Consultants Inc.

Transcription

1 NAREX Ore Search Cnsultants Inc Sheppard Avenue East, Suite 208, Scarbrugh Ontari. Canada MIS 4A7 Tel. (416) PHSW CHURCHILL NRX T.G.R. RESOURCES LTD. GEOPHYSICAL SURVEYS Jnsn Lake Prperty Churchill Twnship LARDER LAKE MINING DIVISION District f Sudbury Ontari March, 1984

2 41P11SWWH6 S.6478 CHURCHILL 0 10C TABLE OF CONTENTS Page A. INTRODUCTION 3 B. LOCATION AND ACCESS 3 C. SURVEY AND INSTRUMENT DATA 3 1. Electrmagnetic Survey 4 2. Magnetmeter Survey 5 D. INTERPRETATION OF RESULTS 5 1. Electrmagnetic Survey 5 2. Magnetmeter Survey 8 E. CONCLUSIONS AND RECOMMENDATIONS 9 ACCOMPANYING MAPS Drawing #1 - Electrmagnetic (EM-16) Survey Map #1 Scale: l inch t 200 feet Drawing #2 - Electrmagnetic (EM-16) Survey Map #2 Scale: l inch t 200 feet Drawing ft3 - Magnetmeter Survey Map ft l Scale: l inch t 200 feet Drawing #4 - Magnetmeter Survey Map #2 Scale: l inch t 200 feet

3 3. A. INTRODUCTION The Jnsn Lake prperty cnsists f twenty (20) cntiguus claims in Churchill Twnship, Larder Lake Mining Divisin, District f Sudbury, Ontari. These claims, which are held by T.G.R. Resurces Ltd., are L597828, , , , , , , , , , , , , , , , , , and During January 1984, a grid was cut ver the prperty and subsequent EM-16 and magnetmeter surveys were cnducted by NAREX Ore Search Cnsultants Inc. B. LOCATION AND ACCESS The claim grup is lcated in the suthwestern crner f Churchill Twnship, nrth f Highway 560 abut three miles nrthwest f the village f Shiningtree, Ontari. Jnsn Lake and parts f Oddur and West Shiningtree Lekas are majr bdies f water encmpassed by the claim blck. Access t the prperty is relatively easy via West Shiningtree Lake t the village f Shiningtree which is lcated n Highway 560. The distance is abut fur miles frm the village via bat in the summer and by snwmbile in the winter. C. SURVEY AND INSTRUMENT DATA The surveys were cnducted ver previusly cut nrtheast-suthwest (apprx.) lines which are spaced at 400 ft intervals acrss the prperty. A ttal f 20 miles f grid and base lines were cut and

4 4. picketed every 100 feet. The main baseline which is riented nrthwest has a length f 7200 feet acrss the middle f the prperty. 1. Electrmagnetic Survey The electrmagnetic survey was carried ut using a "Genics" EM-16 unit. The EM-16 is a sensitive receiver cvering the frequency f the V.L.F. (very lw frequency) transmitting statins, with a means f measuring the vertical field cmpnents. The VLF transmitting statins perating fr cmmunicatin with submarines have a vertical antenna. The antenna current is thus vertical, creating a cncentric hrizntal magnetic field arund them. When these magnetic fields meet cnductive bdies in the grund, secndary fields are set up radiating frm these bdies. The EM-16 equipment measures the vertical cmpnent f these secndary fields. The receiver has tw inputs with tw receiving cils built int the instrument. One cil has a nrmally vertical axis and the ther, a hrizntal ne. Secndary fields caused by cnductive bdies are, therefre, measured by the EM-16 by the angle f dip n the instrument and by measured percentage f the quadrature cmpnent (ut f phase cmpnent) t give a null signal. Any deviatin frm the zer null psitin is indicative f a secndary field and, therefre, f a pssible cnductive bdy. The transmitting statin used fr this survey was statin NLK (24.8 khz) Seattle, U.S.A. Readings were taken every 50 feet alng the picketed lines fr a ttal f 4224 readings frm 2112 statins.

5 5. 2. Magnetmeter Survey The magnetmeter survey was carried ut with a Gemetrics "Unimag I" prtable prtn magnetmeter. This type f magnetmeter utilizes the precessin f spinning prtns r nucleii f the hydrgen atm in a sample f hydrcarbn fluid t measure the ttal magnetic intensity. These spinning prtns behave as small spinning diples which are temprarily aligned r plarized by the applicatin f a unifrm magnetic field generated by a current in a cil f wire. When the current is remved, the spin f the prtn causes them t precess abut the directin f the ambient r earth's magnetic field. The precessing prtn then generates a small signal in the same cil used t plarize it, a signal whse frequency is precisely prprtinal t the ttal magnetic field intensity and independent f the rientatin f the cil {sensr f the magnetmeter) Operatin f the instrument is simple: ne simply presses a buttn and reads the number fr the ttal magnetic field strength in gammas ( U, with a sensitivity f -10^(gammas). Readings were taken every fifty (50) feet alng grid lines fr a ttal f 2112 statins. Readings alng the baseline serve as a standard t make the necessary crrectins t cmpensate fr the diurnal variatins f the lcal magnetic field. D. INTERPRETATION OF RESULTS 1. Electrmagnetic Survey (Drawings #1 and 2) Numerus mderate strength nrthwest-sutheast trending cnductrs

6 6. were detected by the EM-16 survey. These cnductrs have basically been labelled fr cnvenience alphabetically frm A t H with the A being the mst nrtherly and H the mst sutherly cnductr. Cnductr A-A' is a mderate strength cnductr traceable fr abut 4200 feet in segments. The quadrature des nt always shw a sympathetic relatinship with the in-phase cmpnent suggesting it is mre than an verburden cnductr. Cnductr B-B'-B" is a mderate strength cnductr which is traceable discntinuusly fr at least 2800 feet acrss the prperty, The quadrature cmpnent des nt shw much deflectin at the crss-ver, but is nt sympathetic with the in-phase curves indicating a bedrck-type cnductr. Only in ne part,n L4E t L8E, is the cnductr beneath water but it des nt shw the typical drainage effect, surficial cnductivity. Cnductr C is a weak cnductr which is at least 1200 feet lng and strikes in an east-west directin. It is tentatively crrelated with Cnductr C 1 t make a mre r less cntinuus sinuus feature f 5200 feet. Althugh mre than half f the length f the cnductr is beneath the lake, a gdly prtin is n land. Here, Cnductr C-C 1 cntinues as a weak cnductr prbably in lw swampy areas with cnductive verburden and swamps. Cnductr C-C 1 is nt a gd bedrck cnductr. Cnductr D is 2000 feet lng and beneath Jnsn Lake in the central part f the prperty. Cnductr E is parallel t D and traceable fr abut 5000 feet. It als lies entirely beneath

7 7. Jnsn Lake. Bth Cnductrs D and E shw weak t n quadrature inflectins accmpanied by very large in-phase deflectins. This, tgether with their restricted lcatin, suggests that the cnductrs are caused by a cnductive lake bttm. Cnductr F (2400 feet lng) is lcated at the mst western part f Drawing #1 beneath Oddur Lake. It is a weak - mderate cnductr with an accmpanying weak quadrature respnse. The cnductr is prbably due t the lake bttm cnductivity and surface effect, nt a bedrck surce. Cnductr G is a weak EM-16 cnductr which begins beneath Oddur Lake in the west and cntinues eastward fr a ttal length f 4800 feet in a nrthwest directin, apprximately half f the cnductr being beneath lakes r pnds. The lcatin axis and the weak and similar sympathetic respnse between bth quadrature and in-phase cmpnents suggest that Cnductr G is nt really a gd bedrck cnductr. Rather it is prbably caused by cnductive swampy-water filled znes and by lake bttm drainage effects. The part f the cnductr which des, hwever, have the best pssibility is between Oddur Lake and the pnd (between L18E and L36E)where there is a chance that the cnductr might represent a bedrck surce. Cnductrs G 1 and G" are a pair f parallel shrt tw-line crss vers which are 200 and 400 feet respectively nrth f Cnductr G at its eastern end. Bth are weak and appear t be due t surface verburden cnductivity.

8 8. Cnductr H is smewhat sinuus and traceable fr 1600 feet in the suthwestern part f the claim blck (Claim ). Cnductr H 1 is 800 feet lng and may well be part f segmented and bifricated Cnductr H 1 -H. This wuld represent an aggregate length f abut 2600 feet. Bth H and H 1 cnductrs are weak with a weak and sympathetic quadrature respnse s characteristic f pr surficial cnductrs, be it cnductive verburden, waterladen swampy terrain etc. Cnductrs H and H 1 are bth prbably nt bedrck cnductrs. 2. Magnetmeter Survey (Drawings #3 and 4) Results frm the magnetmeter survey utline several nrthnrthwest trending magnetic features. The highest anmalies are lcated n lines L4E near 29N, L8E near 8N and near 8S, L12E near 6N, L20E near 20N, L48E near 20N and L52E near 17N. These values are in the range f 61,000 t 64,000 gammas. Envelping these magnetic high values is a series f five en-echeln nrthnrthwesterly striking narrw znes with values greater than 60,000 gammas. The mst nrtherly f these cuts acrss Claim The secnd zne begins in Claim , cntinuing thrugh t The third zne begins in Claim and cntinues thrugh t Claim The furth zne begins in Claims and and cntinues nrth-nrthwest t Claim The mst sutherly zne runs frm Claim t n the western edge f the survey area. There are als several prnunced magnetic lw anmalus areas flanking mst f these lng linear nrth striking znes f high

9 9.. magnetic values. These are lcated at L40E near 24N flanking Zne #2; L56E near 6N and L40E near 7N and L20E near 22N flanking Zne #3; L40E near 19S and L12E at 4N t L8E at 8N flanking Zne #4; and L16E near 20S flanking Zne #5. These magnetic lw areas have values in the rder f 56,000 t less than 58,000 gammas. Althugh very little gelgical mapping has been dne in the area, the apparent cnfiguratin f the magnetic anmalies suggests several prbable nrth-nrthwest striking diabase type dykes in a predminately metavlcanic envirnment. These dykes are en-echeln and spaced fairly regularly at 400 t 1600 ft intervals. The dykes wuld have higher magnetic values (mre magnetite etc.) than the surrunding metavlcanic rcks. The significance f the flanking lw anmalus zne is uncertain since the rck types assciated with it are unknwn. Detailed gelgical mapping is needed t better interpret these relatinships. Thrughut the remainder f the claim blck, the magnetic gradients are relatively flat and illustrate the majr nrth-nrthwest magnetic trends. The rugh crrelatin f EM-16 cnductrs with the magnetic high values shws that they are nt cincident and generally cut the magnetic znes at a lw angle since the cnductrs generally strike west-nrthwest while the dykes trend nrth-nrthwest. E. CONCLUSIONS AND RECOMMENDATIONS Results frm bth the magnetmeter and electrmagnetic (EM-16) surveys shw several significant anmalies and cnductrs ver the

10 10. Jnsn Lake claim blck which cnsists f 20 cntiguus claims. Cnductrs A-A 1 {4200 feet lng), B-B'-B" (7800 feet lng) are believed t represent genuine weak bedrck cnductrs. Cnductrs C-C 1 (5200 feet lng), D (2000 feet lng) and E (5000 feet lng) are either entirely r partly beneath Jnsn Lake and are believed t be caused by cnductive lake bttm r drainage surface effect. Cnductr F (2400 feet lng) beneath Oddur Lake is als believed t be caused by surface effects nt bedrck. Cnductrs G (4800 feet lng) and H-H 1 (2600 feet lng) are partly beneath Oddur Lake but mstly lcated n land and are als believed t be verburden cnductrs, nt a bedrck surce. Results frm the magnetmeter survey indicate several en-echeln nrth-nrthwest striking znes with anmalus high values. Assciated with the anmalus high magnetic znes are minr flanking magnetic lw values. There are a ttal f five znes spaced fairly regularly at 400 t 1600 ft intervals acrss the prperty. Since n detailed gelgical mapping has been dne, the interpretatin f the results is tentative. Hwever, it is believed that the high magnetic znes crrespnd t mafic dykes with a higher magnetic expressin than the surrunding hst rcks. The significance f the flanking anmalus lw magnetic zne is unknwn at this time. Gelgical mapping is needed t better interpret this relatinship. It is, therefre, recmmended that a prgram f gephysical fllwup cnsisting f a vertical lp EM survey r a self-ptential

11 (S.P.) survey be carried ut t check Cnductrs A-A', B-B'-B" fr disseminated sulphides etc. Cnductr E in Claim between L40E and 56E shuld be drill-tested in several places due t its clse prximity t a shear zne with carbnate and gld mineralizatin which lies immediately t the suth f the cnductr in these sectins. Althugh the ther cnductrs are nt thught t represent bedrck surces, sme f the fllwing prtins f them shuld als be checked by fllw-up wrk, i.e. S.P. survey r VEM survey: (1) Cnductr C between LO and L12E and C' between L36E and L44E (2) Cnductr G between L16E t L36E and L40E t L48E (3) Cnductrs G' and G" (4) Cnductr H. In additin t fllw-up wrk, gelgical mapping f the prperty must als be cmpleted in rder t better interpret and understand the gephysical results as well as understand the spatial relatin ships related t Au mineralizatin and shearing. If results warrant, a drill prgram cnsisting f a minimum f 2000 feet shuld be undertaken in an effrt t utline the extent f the Au mineralizatin. 11. Brn, M.Se., Prject Gelgist.

12 Ontari X ~~ rt. y^ vaeocngltucal 3nQ CXpGnQl*birGSJ M^-r\di dicl'w^,^ v'\a. The Address jand Lin e cutting l. Resurces Ltd. 41P11SW CHURCHILL Suite 207, 4900 Sheppard Avenue East, Scarbrugh, Ont. Survey Cmpany Date f Survey (frm 4 t) Narex Ore Search Cnsultants Tjame and Address f Authr (f Ge-Technical reprt) Peter Brn, P.O. Bx 531, Bradfrd, Ont. Credits Requested per Each Claim in Clumns at right Special Prvisins Fr first survey: Enter 40 days. (This includes line cutting) Fr each additinal survey: using the same grid: Man Days Enter 20 days (fr each) Cmplete reverse side and enter ttal(s) here Airbrne Credits Nte: Special prvisins credits d nt apply t Airbrne Surveys. Gephysical - Electrmagnetic - Magnetmeter - Rad'Ornetric - Other Gelgical Gechemical Gephysical - Electrmagnet ic - Magnetmeter - Radimetric - Other Gelgical Gechemical Electrmagnetic Magnetmeter Radimetric Expenditures (excludes pwer stripping) Type f Wrk Perfrmed Perfrmed n Claim{s) Days per Claim Days per Claim Days per Claim LOG ICO i MIS 4A7 Mining Claims Traversed (List in numerical sequence) Mining Claim Prefix Number L , ' Expand. Days Cr. -- j L A ir tfl AM ^ 1 ^ ) i" i i. 9OO Ttal Miles f line Cut 20.0 Mining Claim Prefix Number. -/L.,. RE( rfcl IAN3* OflJ/lZf; * P 1 \i C P pii VEL H Ml NINO' ANDS SEC Vi; TT/TKT"" ii.jm ill) n.~r. iv) PM t'2 3}4 5j6 Expend. Days Cr. 1 ; ^ Calc ulatin f Expenditure Days Credits Ttal Expenditures S -^ [15 Ttal C)ays Credits Instructins Ttal Days Credits may be apprtined at the claim hlder's chice. Enter number f days credits per claim selected in clumns at right. ^ Date Jan. 25/84 Certificatin Verifying Reprt f Wrk -' ^ /9.-- Recrded/Hlder r Ag'nr/fSignatura) ^-/Y//;,^^-" (S Ttal Days Cr. Recrded Fr Office Use Only Date Recrded t - V. ^ Ttal number f mining claims cvered by this reprt f wrk. Mining Recrder -JAJK3 0 1Qfl4 / ^HULUIUiJ T BQBHh"0M J * f f J ^J\^pT^ * r- T rr* - 1 hereby certify that 1 have a persnal and intimate knwledge f the facts set frth m the Reprt f Wrk annewed hef'et, having penrmed the xvrk r witnessed same during and/r after its cmpletin and the annexed reprt is true. Nan i* J^G DQfrai Addre-n f Pe^O'i Certifying P e ter B rn. P.O. Bx 5 31, Bradfrd,.Ont. mn in /l S? Cj^4"-'"'ia.i~ i i~\ A 1 Ctfrtif iftd QM'V'i? "3 "d ', ' *f j an T^r? -^s1 '7'^-s^-rt,' /s ^:_.j.'- --' ^. A "^ U

13 Ministry f Natural Resurces File. Ontari GEOPHYSICAL - GEOLOGICAL - GEOCHEMICAL TECHNICAL DATA STATEMENT TO BE ATTACHED AS AN APPENDIX TO TECHNICAL REPORT FACTS SHOWN HERE NEED NOT BE REPEATED IN REPORT TECHNICAL REPORT MUST CONTAIN INTERPRETATION, CONCLUSIONS ETC. Type f Survey(s). Twnship r Area. rhil Tw Claim HlHer(s) T.G.R. Resurces Ltd. MINING CLAIMS TRAVERSED List numerically Survey fvtmpany Narax Ore Search Cnsultants Inc Authr f Reprt Pe-her Brn Address f Authr 165 Frederick Street:, Cvering Dates f Survey Ttal Miles f Line Cut. SPECIAL PROVISIONS CREDITS REQUESTED ENTER 40 days (includes line cutting) fr first survey. ENTER 20 days fr each additinal survey using same grid. Bradfra. Jan /84 (linecuttlng t ffice) 20. Q Gephysical Electrmagnetic DAYS per claim 40 Magnetmeter - 2QL Radimetric - Other-. Gelgical. Gechemical. AIRBORNE CREDITS (Special prvisin credit! d nt apply t airbrne surveys) Magnetmeter..Electrmagnetic (enter days per claim) **T*it*(fl********** ****t*4lf*a*4*na'f********** (prefix) (number) t*******t*o4 l*n*t*ti****4*t **t*****y*r*tltn*t*cb*t**** t ( T*r**l*nfv**f tt* 1 *****i*t********tti***************4t*n*ith*v*m**** mm l DATE:. SIGNATURE: r Agent,,,64,?: w Res. Gel.. Previus Surveys File N. Type.Qualificatins. RECEIVl Date Claim Hlderlffi *] fe ******T****T**Tt* *t*n*ctn**** b* O *rf J*n*An4i** TOTAL CLAIMS. 837 (5/79)

14 GEOPHYSICAL TECHNICAL DATA GROUND SURVEYS If mre than ne survey, specify data fr each type f survey Number f Statins Statin interval. 50 feet Prfile gra ip l inch t 20'X Cntur interval. 500 gamma.number f Readings, 2112 JLine spacing. 400 feet Instrument Unimag II l Accuracy - Scale cnstant g Diurnal crrectin -10 gammas Base Statin check-in interval (hurs). Base Statin lcatin and value Crss checks n baseline t grid lines Instrument Cil cnfiguratin Cil separatin Accuracy. li* Methd: EM-16 Genics (VLF) Tw at riaht angles O Fixed transmitter G Sht back D In line D Parallel line Frequency NAA 17.8 KHZ^^ ^^ (specify V.L.F. lutln) Parameters measured Dip angle in-phase and quadrature cmpnents Instrument. Scale cnstant. Crrectins made. 4 d Base statin value and lcatin. Elevatin accuracy. Z Q H< N ft 4 t Z Q di ' S - H* Z N- H fc >p i i^ ^ 0! Instrument Methd O Time Dmain Parameters On time. - Off time Delay time Integratin time. Electrde array Electrde spacing. Type f electrde D Frequency Dmain _ Frequency Range

15 SELF POTENTIAL Instrument. Range. Survey Methd.^^^ >_^ Crrectins made. RADIOMETRIC Instrument. Values measured. Energy windws (levels) -^.^^^ ^ -.^ Height f instrument -^^ ^ -. ^ -.Backgrund Cunt. Size f detectr - ^^ - ^-- -^ ^-.^ Overburden ^ ^^ - ^... ^. (type, depth - include utcrp map) OTHERS (SEISMIC, DRILL WELL LOGGING ETC.) Type f survey Instrument ^^^. ^....-^^.. Accuracy Parameters measured. Additinal infrmatin (fr understanding results). AIRBORNE SURVEYS Type f survey(s) Instrument(s) (specify fr each type f survey) Accuracy. (specify fr each type f survey) Aircraft used Sensr altitude. Navigatin and flight path recvery methd, Aircraft altitude ; Line Spacing Miles flwn ver ttal area Over claims nly.

16 GEOCHEMICAL SURVEY - PROCEDURE RECORD Numbers f claims frm which samples taken. Ttal Number f Samples. Type f Sample. (Nature f Material) Average Sample Weight Methd f Cllectin Values expressed in: Cu, Pb, ANALYTICAL METHODS per cent p. p. m. p. p. b. D a Zn, Ni, C, Ag, M, As.-(circle) Sil Hrizn Sampled. Hrizn Develpment. Sample Depth Terrain ^^ ^ Drainage Develpment Estimated Range f Overburden Thickness. SAMPLE PREPARATION (Includes drying, screening, crushing, ashing) Mesh size f fractin used fr analysis Others Field Analysis (. Extractin Methd. Analytical Methd. Reagents Used Field Labratry Analysis N.( - Extractin Methd. Analytical Methd. Reagents Used Cmmercial Labratry (- Name f Labratry^- Extractin Methd ~ Analytical Methd. Reagents Used.tests).tests).tests) General. General.

17 Ontari Ministry f Natural Rtteuces Getechnical Reprt Apprval File Mining Lands Cmments : Gephysics Cmments T: G elgy - Expenditures Cmments Q Wish t see again with crrectins Date J [ l Apprved ] Wish t see again with crrectins Date Signature T: Gechemistry Cmments l ) Apprved [ Wish t see again with crrectins Date Signature l [l: Mining Lands Sectin, Rm 6462, Whitney Blck. (Tel: ) 1593 (81/10)

18 r* s.: ' Apprved Ktrprts f Wrk tent ut Ntice f Intent filed Apprval after Ntice f Intent sent ut Duplicate sent t Resident Gelgist Duplicate sent t A.F.R.D.

19 Mining Recrder Ministry f Natural Resurces 4 Gvernment Rad East P.O. Bx 984 Klrkftlnd Lake, Ontari P2N 1A2 Dear Sir: Vie have received reprts and maps fr a Gephysical (electrmagnetic and Magnetmeter) survey submitted under Special Prvisins (credit ftfr Perfrmance and Cverage) n mining claims L et al 1n the Twnship f Churchill. l This material will be examined and assessed and a statement f assessment wrk credits will be Issued. Yurs sincerely, Yur File: Our File: 36 2,6476 S.E. Yundt Directr Land Management Branch Whitney Blck Rm 6643 Queen's Park Trnt, Ontari M7A 1W3 Phne: 416/ A. Barr:dg cct T.G.R. Resurces Ltd. Suite Sheppard Avenue East Scarbrugh, Ontari MIS 4A7 cc: Peter Brn P.O. Bx 531 Bradffrd, Ontari LOG ICO

20

21 VMAId l '--JLJHIt'i3r Cnnaught Twp. M.730 'j t i -\,. i-j^.m Q Q CD OJ -J l "* - - f ' 1 Macmurchy Twp. M f 842 z S 5 zc/* c 73 O m CO x i i "D r * T -* a f S 1 Z ~i rt z m Z O 9 m 3- O O. w w c i? * ' 3 *O f' Z O H m en 55 Cft H O Z C/) en r" S rn ^ JL */^* 7 O 0 i M b I ^ z en ^ :0) H i m H O O -n TJ A- T,-. k l l

22 5978Z " n 6^ i 63653^ Instrument: GEONICS EM 16 LOCATION MAP Statin-NLK 24.8 KHz directin f readings IN PHASE QUADRATURE \ \ \ - EM 16 cnductr axis \ O SHINING TREE AREA HlP,DISTRICT OF SUDBU^Y/JNTARiC JONSON GROUP EM-16 SURVEY Feb 1984 NAREX Ore Search Cnsultants Inc. MAP r i -200 s..,\ '2 i CO A/ ^.^ j^;^^ L l C 20 E 41P11SW CHURCHILL

23 68 f.' 7s t?- 1-;' ''htmng Tree Lake - :----^^ - LOCATION MAP Statin^ NLK 24.8 KHz directin f readings Instrument^ GEONtCS EM- 16 N1NG TREE AREA EM-16 SURVEY 984 r^wni NAREX O re Search Cnsultants Inc. Asquith Twp. MAP 2 2O s CO 16 -f- OO N r ^Churchill Twp. 12-hQO N... 41P11SWW CHWJCHILL 220

24 L. \ MAP.!VT ^ i 5979SC l i ^ i : \ * /. - i ^,, ^ i, ' V.6432Z6, r i LOCATION MAP InstrumenV UNIMAG I - Ttal field magnetic.readingsin gammas. SHINING TREE AREA CHURCHILL TOWN SHIP,DISTR(C r DF SUDBURY.ONT&R1C JONSON GROUP Churchill Twp. -f. rj- r. MAGNETOMETER SURVEY G FAUCHER Jan M.E.O Feb 1984 NAREX O re Search Cnsultants Inc. MAP l r l ^ toc N 40+OO N 36 ± OO N 32+OO N 28-h OO N 24 i- OO N 2O + OO N 16 toq N 12 + OO N a i c N 4 f- OO N B L O 4 l OO S 8 -h 00 S 4E L i 8 E E 16 E L \20E L ' 28 E 36 E 44 E L -48 E 41P11SWWM6 S.6478 CHURCHILL

25 ,4 J 597S3I l 67Z4I ^636596' 'v: '636595^ r, tf^-v-'v LOCATION MAP Instrument^ UNIMAG H ~ Ttal field magnetic, readings in gammas SHINING TREE AREA CHURCHILL TCWNSHIP, DISTRICT OF SUDBURY.ONTARIO JONSON GROUP S ^ Churchill Twp. fe:y r, :"''V- ~~ A Asquith Twp. MAGNETOMETER SURVEY P11SWM CHURCHILL a-40