RESULTS. Of INDUCED POLARIZATION/RESISTIVITY SURVEYS. on the WINTEROAD RESOURCES PROPERTY, GARRISON TOWNSHIP

Transcription

1 Quantec 32UCbNW GARRISN 00 RESULTS f INDUCED PLARIZATIN/RESISTIVITY SURVEYS n the WINTERAD RESURCES PRPERTY, GARRISN TWNSHIP near MATHESN, NTARI, DISTRICT f CCHRANE fr WINTERAD RESURCES LTD., TIMMINS, NTARI L:,;V Prcupine, ntari ctber, 996. JP Prject P-29 Quantec IP Inc. J.M. Legaut G.R.J. Warne

2 32DC5N' GARRISN Q -j QC TABLE F CNTENTS TABLE F CNTENTS.... INTRDUCTIN GENERAL SURVEY DETAILS Lcatin and Access Caims Numbeis Survey ines SURVEY WRK UNDERTAKEN Generaities Persnne Equipment and Survey Prcedure Difficuties encuntered and accuracy f measurement Data prcessing and Presentatin f Resurts Digita Data Frmats SUMMARY INTERPRETATIN...3 APPENDIX A: STATEMENT F QUALIFICATINS APPENDIX B: PRDUCTIN LG APPENDIX C: INSTRUMENT SPECIFICATINS APPENDIX D: LIST F MAPS APPENDIX E: IP/RESISTIVITY MAPS (IN PCKET)

3 Quantec. INTRDUCTIN At the request f Winterad Resurces Ltd.. Trnt, N. Quantec IP Inc. (QIP), f Waterdwn N. cnducted a mutipe gradient/reasectin IP/Resistivity gephysica surveys at the Winterad Prperty, in September-ctber, 995. The Winterad Prperty is situated near the Twn f Mathesn, in Garrisn Twnship ( See Figure ). The prject was carried ut under the directin f Mr. Jhn Mses, f Winterad Resurces Ltd.. The survey bjectives were the fwing:. T cate and deineate suphide cncentratins hsted in subvertica structures (e.g. the Ludgate Lake shear and Buffrrta/Tumer Lake shear) at depths up t 500 feet. 2. T further deineate suphide cncentratins hsted in shaw dipping structures ccurring within these subvertica shear structures. The ReaSectin technique was adpted based n its high resutin and deep penetratin characteristics. The "ReaSectin* survey design uses mutipe gradient arrays - with variabe depths f investigatin cntred by successive changes in array size/gemetry. The methd f data acquisitin and the 'ReaSectin* presentatin are based n the specificatins deveped by Dr. Perparim Aikaj, f the Pytechnic University f Tirana. Abania, ver the curse f 0 years f appicatin. This technique has been further deveped fr appicatin in Canada during the past fur years, in assciatin with Mr. Dennis Mrrisn, president f Quantec IP Inc. This reprt utines the survey technique used, the gephysica wrk undertaken and presents the fina data resuts and pts. A summary interpretatin is as incude t satisfy DM requirements fr mining assessment credits. This assessment credits are intended t appy t caims hed by Skeed Hdings Ltd.. f Saut-Ste-Marie, ntari and Mr. RA. MacGregr. Figure : Genera catin map shwing Winterad Prperty.

4 Quantec 2. GENERAL SURVEY DETAILS 2. Lcatin and Access The Winterad Prperty is cated 40 km east f Mathesn, N, in Garrisn Twnship, District f Cchrane (Figure ). The survey grid is cated 2.5 km suth f highway 0, and ies east f Cermnt, Hafway and Pthe Lakes, and is transected by Garrisn creek. The Buffnta pen Pit, a sma pyritiferus gd mine perated by Kerr Addisn Mines in 98, ies just east f the prperty. The prperty is -d km suth f the Destr Prcupine Faut Zne, frming part f the Harker-Hway-Garrisn Bet gd camp. The survey crew was camp-based n the prperty thrughut the duratin survey. The prperty was accessed frm by traveing 4.5km suth ang a grave rad eading t the Buffnta pen Pit, frm highway 0, at a pint just east f Twin Lakes - apprximatey 35km east f the twn f Mathesn. The survey ines were easiy reached using severa 4wd and ATV rads which crsscut the prperty, and were then traveed n ft. 2.2 Caim Numbers The survey encmpassed the fwing caims Prperty in Garrisn Twnship:, which frm the Winterad Resurces L L L LL L L L L L52260 L L L L Apprximate, frm Reprt n Garrisn Twp. Gtd Prperty. Mathesn N. fr Winterad Res. Ltd.. Figure 2. page. 3, by Pearsn, Hfrnan 4 Assciates Ltd., Ref WRR-0, June,

5 Quantec 2.2 Survey ines The survey cntr cnsisted f an imperia cut grid estabished prir t the survey by Winterad Resurces Ltd. The survey grid cmprised 24 x 200ft spaced ines (N-0000 Azm.) extending frm L32+N t 8+S - with a base-ine at 0+N. The statin interva was 00 feet, withut secant crrectins. The NS survey ine cverage is described in Tabe. UNE SUTH EXTENSIN NRTH EXTENSIN TTAL 0+E 8 - GE 6+E 4+E 2+E W 4+W 6+W 8+W 0+W 2+W 4+00 W 6+00 W 8+W 20+W 22+W 26+W 30+W 800S 900S 000S 000S 900S 2000S 2300S 2 DS 2 DS 200S 200S 2200S 2 DS 2 DS 200S 200S 800S 200S 200S SN 600N 700N 600N 600N 500N 500N 400N 400N 400N 500N 700N 3300N 3300N 3300N 300N 3000N 2900N 3000N 600ft 2500ft 2700ft 2600ft 3500ft 3500ft 3800ft 3500ft 3500ft 3500ft 3600ft 3900ft 5400ft 5400ft 5400ft 5200ft 4800ft 400ft 4200ft 72600ft Tabe : Survey Line Cverage n Winterad Prperty.

6 Quantei 3. SURVEY WRK UNDERTAKEN 3. Generaities The gephysica prgram was undertaken between September 2 ST t ctber A tta f twenty seven mies and tw tenths (27.20 mies; pt-t-pt cverage) f gradient array IP/Resistivity surveys were cnducted ver the survey area. Using tw arge (2200x4500ft) gradient rectanges (IP Bck and II, fr east and west grid, respectivey) the tta cverage encmpassed nineteen (9) ines, ttaing 72,600 ine-feet (Tabe ), and the remaining 70,900 ft cmbining ReaSectin cverage (4 ines), verapping gradient rectange (5 ines) measurements and crss-dipe measurements. In rder t prvide the current-surce fied required fr the mutipe gradient array measurements, severa grunded dipes (referred t as *AB's") were estabished ver the survey grid (Tabe II). The dipes were centred ver a specific survey area and measured with a r-ang receiver spread f seven eectrdes (six cinear dipes, see figure 2) with a dipe "a" spacing (MN) f 00 feet. Bth the primary vtage and secndary vtage decay (chargeabiity) were acquired in the time-dmain, using a square wavefrm transmitted either at a frequency f 0.25 Hz at S/fc duty cyce (2-secnds N, 2 secnds FF) r Hz Dt.Cy. 4 N/4 FF), accrding t the Gradient Rectange Bck2 (i e - East and II * West). GRADIENT ARRAY i n up t,200 ft '/////./A y////// n GRADIENT ARRAY CVERAGE AREA MN-00 Figure 2: Gradient array used n the Winterad Prperty IP Bck (L0 + E t 2 + W). incuding a Rea Sectins, read using 4*ec n/ff ( Hz) IP Bck 2 (L4 + W t L30 + W), using 2 tec. n/ff, due t better signa-t-nise btained. 4

7 Quantec AB Line CI min. C2 max. AB ength MN Line P min. P2max. MN ength racfciiqffc aw ew ew ew ew ew aw 400W SUBTTAL Ifnftft** S 2300S 800S 2600S 00S 2000S 006 es 20S 2000S 500S 7DS 6 Hz M ste. 0 SCN 3400N N 200S es 000N 000S N 200S 00S SN 500S *FF 9. T rt AB n AB 6, 700 rt AB 4,900 n AB 3,000 n AB tt AB 2,000 tt AB i.ftab,00 rt AB 900 n AB i.nab,00 tt AB.000ft AB.200 ft AB 200W 000W aw ew 400W 200W ee ae 000E W 400W 400W ew aw 000W 200W 200W aw ew 400W 200W ew ew 400W ew ew 400W ew ew 400W ew ew ew aw aw 400W 400W 2200S 2 CS 2 DS 200S 200S 2300S 2000S 90S 6DS 000S 900S BS 2000S N 2000S 2000S 200S 2 CS 2000S 200S 800S 80S S 60S 600S es 900S 900S 900S 800S 800S 800S 900S 000S SDS 00S 800S 400S SS 7N 500N 400N 400N 400N 500N 500N 600N 000N 7N 600N an 500N 500N 400N 200N 400N 40N 9DN 600N 4DN 400N 400N 400N SN 800N 800N BN 800S 8006 BS TN TN TN 00S 008 ICN N 8008 L 3900ft 3600ft 3500ft 3500ft 3500ft 3800ft 3500ft 3500ft 3800ft 2Tft 2500ft 600ft FT 3500ft 3800ft 200ft 2200ft 3400ft 3500ft 3600ft 3600ft FT ieft 3200ft 3200ft 3200ft 3300ft 4SFT 2400ft 2400ft 2400ft T200FT 00ft 00ft 00ft 3300 FT 500ft 5R 500ft 4500 FT 800ft 900ft eft 2300 FT 800 n 600 n 400 FT 800ft 900ft TFT 97,900 FT Tabe Ka: IP Bck (Grid Eastt Gradient and Rea Sectin Cverage.

8 Quantec g*btcfcit 800W SUBTTAL TTALS iridwmtt 33QS 4000N 7,300 tt AB 400W 600W ew 000W 200W 400W ew 800W 2000W 2200W 2600W 3000W S SN 800N N en 300N 3300N 3300N 3300N 300N 3000N 2900N 3000N 2400 tt 2400ft 800ft 2400ft 200ft 5400ft 5400ft 5430ft 5200ft 4800ft 4200ft 4300ft 4C.MFT mie* Tabe Kb. Gradient and-ftaa/sectin Survey Cverage ver Bck H (Grid West).

9 Quantec 3.2 Persnne GR Jeff Wame Prcupine, N Kevin Backshaw wen Sund, N Richard Chasse Trnt. ntari Nei Mauknen riia, ntari Pau Cassidy Timmins. ntari Marc Siguin NrthBay, ntari Senir gephysicist/supefvisr Gephysica technician. Freman Gephysica technician, Crew chief Gephysica technician, peratr Fied assistant Gephysica technician 3.3 Equipment and Survey Prcedure The survey was cnductive with an IP6 time-dmain induced parizatin/resistivity receiver manufactured by IRIS Instruments, under icense frm BRGM Instruments f reans. France. The unit is a prtabe, micrprcessr-cntred acquisitin system capabe f simutaneusy measuring six dipes. Gemetric parameters, time parameters, intensity f current, array types and statin numbers are fuy prgrammabe. Fr each dipe, the unit measures r cacuates the sef-ptentia (Sp - mv), primary vtage (Vp - mv), apparent resistivity (pa - 0-m), the secndary vtage decay ver ten time sices, and the tta apparent chargeabiity (M - mv/v). A prgrammed parameters, and measured and cacuated vaues are stred in sid state memry. Its apprximate weight, incuding rechargeabe batteries, is 2 Ib. The MK-4 variabe frequency transmitter was empyed (maximum utput vtage 3200 vts, weight 90 Ib.) in cnjunctin with an MK-4 generatr and pwerparrt, cnsisting f a Westinghuse 0 kva, 3-phase, 400 Hz. aternatr cuped t a 25 H.P. Kher mtr-generatr (350 Ib.). Bth units are manufactured by Huntec Systems, f Scarbrugh, Canada. The system prvided a stabe, reguated current (5 amps maximum) at either an 8 secnd r 6 secnd perid, with a 50 percent (time dmain puse) duty cyce. The E-fiekJ signa (AVsE.d) is cected using end-n dipes, cnsisting f 8-gauge cpper wire cnnected t grunded stainess stee eectrdes. Stainess stee eectrdes cnnected via 0 gauge cpper wire were used fr current injectin cntacts. Eectrde cntacts were watered with saturated CaCI sutin in rder t imprve the cntact resistance. Transmitted currents between 50 t 2900 miiamperes were achieved. UnkJen VHP-band radis prvided cmmunicatin inks fr the crew in the fied. A measured vaues were rutiney stred in the receiver's sid state memry, and at the end f each survey day, the IP-6 was interfaced with an Utinet Prtabe micr-cmputer (486DX-66) and the data transferred t disk fr strage and prcessing. Reprt-quaity fied pts were generated n site, using a 24-pin cur printer, t mnitr the data quaity and t prvide a preiminary interpretatin capabiity.

10 Quantec The induced parizatin survey impemented the gradient eectrde cnfiguratin, using a dipe "a" spacing (MN) f 00 feet and current dides (AB) ranging frm 900 t 9700 feet. The receiver array cnsisted 6 end-n dipes, ttaing 600 feet in ength, and the prfies were surveyed using the r-ang technique. The 6 end-n dipes cnsisted f 7 receiving prus pt eectrde, fied with a saturated cpper suphate sutin, that are in turn cnnected t the receiver (Rx) with cpper wire. Up t nineteen thusand three hundred (9,300) ine-feet f cverage were surveyed per fied day. 3.5 Difficuties encuntered and accuracy f measurement The quaity f measurements in the fied was csey mnitred during the curse f the survey in rder t detect any weaknesses, either technica r natura, which cud have affected the quaity f the data recrded. vera, the survey prgressed deiberatey and efficienty, as evidenced in the high prductin eves. Lw signa strengths, resuting frm pr current eectrde cntacts, frced the changing f AB engths n September 27 - despite the ss f /2 day, this prduced an increase f 2. t 2.9 amperes and better signa t nise. Lw signa strengths at the nset f IP-Bck II (0/4) resuted in the day's data being cmpetey discarded, and repeated with a smaer AB and with a shrter (2 sec. versus 4 sec.) N/FF timing - thereby prducing greaty reduced nise eves. Finay, as a resut f negative chargeabiities, severa prfies were surveyed using crss-diptes t mnitr current channeing effects, n Sept. 26, 29, 30, and ct. 7, hwever, n appreciabe ss in prductivity is nted. vera, a repeatabiity f apprximatey 'K fr the primary vtage, and 0.5 mv/v fr the chargeabiity were easiy maintained thrughut the curse f the survey. In genera, the exceent data quaity is evidenced by the w standard errrs f measurement and high repeatabiity -as we-shwn in the smth nature f the stacked prfie pan presentatin. 3.6 Data prcessing and Presentatin f Resuts nce the data have been cected in the fied, the receiver is interfaced with a micr cmputer and the raw fied data is transferred nt diskette fr further reductin. Fwing this, the data sets are reduced, using the Gesff prgram IPRE t apparent resistivity and tta chargeabiity, as expained in the fwing figures and equatins: Using the fwing diagram (figure 3) fr the gradient array eectrde cnfiguratin and nmencature:3 3 Frm TerrapueBRGM. IP-6 perating Manua. Trnt,

11 Quantec y-ax/9 t M i N *- x-ax/a B Figure 3: Gradient array cnfiguratin where: the rigin is seected at the center f AB the gemetric parameters are in additin t a - AB/2 and b MN/2 X is the abscissa f the mid-pint f MN (psitive r negative) Y is the rdinate f the mid-pint f MN (psitive r negative) gives the gradient array apparent resistivity: Gradient Array Apparent Resistivity*: VP p. = K hm - metres where: K (AM* -AN* -BM* +BN*) AM (a +X -b) AN =<J(a+x BM = BN = Using the fwing diagram (figure 4) fr the Tta Chargeabiity:2 Prm Tefrau8BRGM. IP-6 Qpafating Manua. Trnt. 987.

12 Quantec Measured Vtage Line * "ff Timepsitive ne haf f Transmit Cyce Vs(t) negative i e. "ntime" t(0) t deay tend Figure 4: The measurement f the time-dmain IP effect the tta apparent chargeabiity is given by: Tta Apparent Chargeabiity:5 M.. = -J- J*Vs (t)dt miivts per vt tpvp = IMW where f/, 4+ are the beginning and ending times fr each f the chargeabiity sices, which can be prgrammed, in the IRIS IP-6 receiver, t ensure ptimum anmay resutin and nise suppressin - accrding t the specific getgic/gemrphtgic envirnment. The changeabiity time-gates chsen fr Winterad are given in Tabe III: 5 Frm Tefrd, t at.. Appied Gephysics. Cambridge U Press, New Yrk

13 Quantec Sice 2 sec. n/n Td T, T, T3 T4 T5 T6 T7 T8 T9 T0 Tta TD Duratin (msec) Start (msec) End (msec) Mid-Pint (msec) sec. n/ff Td T, T, T3 T, Ts T6 T7 T8 T9 T0 Tta TD Taft/e H: Prgrammed time-sices, and MI ates chsen, fr Winterad Survey. Where the vaues T, t T0 represent the width, in miisecnds, f each IP time sice. Td represents the time deay befre measunng the IP decay and Tp represent the tta time after the induced fied is shut ff As fr the unique ReaSectin data presentatin frmat, the derivatin used cnvert the AB spacing t vertica depth is prspective t Quantec IP, Inc. Mre detaied descriptins n the thery and appicatin f the IP/Resistivity methd, and the gradient ReaSectin technique can be fund in the fwing reference papers: Cgan, H., 973, Langre, L, Aikaj, P. Gjvreku, D., 989. Cmparisn f IP eectrde arrays, Gephysics, Achievements in cpper suphide expratin in Abania with IP and EM methds, Gephysica Prspecting, 37, p

14 Quantec 4.0 SUMMARY INTERPRETATIN The mutipe gradierrt/reasectin induced parizatin/resistivity surveys at Winterad Prperty prvided a physica characterizatin f the geetectric parameters f the grid area, frm surface t apprximatey 500 ft depths. The survey was designed t prvide regina recnnaissance, and high-resutin IP/Resistivity cverage thrugh the eastern and western prtins f the prperty, using tw arge gradient rectanges (IP Bck and II, respectivey), which were verapped ver the center fr a tta f nineteen prfies (9). Subsequent anmaus signatures were fwed up using fur (4) ReaSectin arrays. The majr ENE-WSW t NE-SW geetectric grain bserved in the pan-view apparent resistivity and chargeabiity maps agrees with the regina gegic strike, and the rientatin f majr structura cmpnents inferred gegicay - ntaby the Ludgate Lake Shear and the Destr Prcupine Faut Zne (cated nrth f Winterad), respectivey. T a esser extent, a NW-SE grain is as visibe in the nrthern haves f the IP/Resistivity pan maps, which is pssiby reated t the Buffnta-Tumer Shear. Variatins in verburden appear t have itte expressin in the Rea-Sectin resuts - even at sma AB's. The Winterad IP/Resistivity signature is characterized by generay mderate t high resistivities (500-30R hm-m) and w t mderate chargeabiities (3-5 mv/v) which are generay cnsistent with mafic t intermediate vcanic rcks, which are indicated t underie the prperty - athugh the areas f unusuay high resistivities t the SE suggest a pssibe quartz/siicic ateratin cmpnent, cay. Mst striking hwever, is the marked NW-t-SE trending increase in buk resistivities and chargeabiities bserved in the pan maps - with a sharp NE cntact extending frm 2000S/2000W and 600N/0+E which has nt, as yet, been identified in gegic cmpiatins, but appears t mark the eastern extent f knwn mineraizatin. Athugh the IP and Resistivity trend is as in genera agreement with the vera thinning f verburden t the SE, as a rue, the infuence f gemrphgy is nt usuay significant in Gradient IP resuts at argest AB spacings. Furthermre, the nticeabe difference in the vera psitin f the break between Bck and II, is very unusua and characteristicay dentes a bedrck effect. The IP/Resistivity resuts, therefre, appear t suggest that this structure defines a majr gegic/cmpsitina r gechemtca/ateratin bundary f significant interest. f greatest interest, in the Winterad survey is the definitin f a regin f increased chargeabiity (s-imv/v) and increased resistivity (M k hm-m) ccumng in the suth-eastern cmer f the prperty - immediatey east f the majr break described abve. This brad NE- SW trending anmaus zne appears pens twards the NE and SW, beynd the current survey cverage. Within this brad anmaus zne, severa prminent parizeabte ENE and SE ineaments are bserved - sme f which have been further characterized in the ReaSectins. f particuar interest, is the IP/Resistivity signature f the EW Ludgate Lake Shear, which crss-cuts the prperty near BL+N. This zne is characterized by a sharp decrease in the apparent resistivities and a brader increase in chargeabiity - suggesting an pen faut-fracture zne with attendant increase in disseminated suphides - as evidenced in diamnd driing infrmatin. The ReaSectin cverage reveas the fwing: * Ang 8+N, the ReaSectin identifies the Ludgate Lake Sheer (LLS) as a brad, subvertica t steepy suth-dipping resistivity w and a sharper chargeabiity w - bth centered at 00S. As, acrss the LLS, an apparent bck dwn-fauting ccurs twards the nrth. f interest, a 200 ft wide, subvertica deep seated chargeabiity high at 350N is identified at the 000 ft eve, just nrth f the LLS. A secnd, pssiby assciated feature at 3

15 Quanter 650S-550S appears t dip steepy nrthward ang the cntact and, despite its narrwing width with depth, the increasing chargeabiity suggests an increase in suphide cntent. Additina chargeabiity high features suth f the LLS (960S and 460S) appear t be crsscut/ffset by a shaw dipping (Suth) structure, yet remain depth-extensive. * Ang 6+W, the ReaSectin respnse is identica t 8+W - identifying a sharp decrease in resistivity and chargeabiity acrss the LLS (near 200S). and an apparent bck dwnfauting twards the nrth. As with 8+N, a buried 200 ft wide subvertica chargeabiity high is identified bew the 800ft eve - this time near 00N, which suggests this ineament is SEtrending (.e. parae t the Buffnta-Tumer Shear trend). As we, a secnd, narrwer subvertica chargeabiity high is as identified suth f the LLS cntact at 350S-400S - the NS psitin f this zne indicates a NE-SW ineament when crreated with the 8N anmay. This feature is strnger and shawer (~400ft) than the nrthern zne, and appears t strengthen at depth - suggesting an increase in disseminated suphides and gd vertica extensin. Simiar depth-extensive chargeabiity features are as identified at 350S and 50S. * The ReaSectin frm 4+W as identifies a reststivity/chargeabiity cntact assciated with the Ludgate Lake Shear zne, near 200S - with a simiar bck dwn-fauting frm suth t nrth impied. A brad (500ft wide), buried anmay (>600ft) appears t mark the intersectin f the bth biquey-striking NE-SW and NW-SE chargeabiity highs identified in L8+W and L6+W - the maximum vaue f chargeabiity near the 500ft eve suggests it is as deep seated and/r depth-extensive. Narrw subvertica chargeabiity highs near 900S, DS and 4+50S appear t be depth-staggered - suggesting they extend frm a mderatey suth-dipping feeder system? * Finay, the ReaSectin ang L2+W again identifies the LLS as a resistivity/chargeabiity cntact and zne f apparent bck dwn-fauting near 200S. A weak, diffuse high at 200ft eve depths near 50S impies a deepy buried suth-dipping feature. Tw additina, buried chargeabiity highs are as identified near 600S and 60S. A prminent decrease in buk chargeabiity is nticeabe suth f 2+S - pssiby demarcating the suthern extent f the Winterad mineraizatin. In cncusin The Winterad ReaSectin survey has highighted the high resutin and deep penetratin characteristics f the technique. In additin t better defining knwn gegic structures, it has as identified additina znes f interest - as yet undiscvered with cnventina gephysica arrays and methds. It is recmmended that the IP anmaies assciated with the Ludgate Lake Shear zne be the first t be dried and cassed accrding t gegic interest. The remaining chargeabiity highs ccurring t the suth ccur in znes f utcrp, and shud be priritized in accrdance with mre detaied gegic mapping. The cause f the majr NE-SW break cud as prve imprtant in priritizing anmaies in dse prximity. Prir t additina driing, hwever, it may be beneficia t increase the ReaSectin cverage - particuary t the centra suthwest and t the centra nrth-east. RESPECTFULLY SUBMITTED, QUANTEC IP INC. May25 Th, 995. Prcupine, N 4 Jean M. Legaut, P.Eng. (QC) senir gephysicist

16 Quantec APPENDIX A STATEMENT F QUALIFICATINS, Jean M. Legaut, hereby decare that:. am a cnsuting gephysicist with residence in Timmins. ntari and am presenty empyed in this capacity with Quantec Cnsuting Inc. f Prcupine. ntari. 2. am a graduate f Queen's University, Kingstn, ntari, in 982, with a Bacher's Degree with Hnurs, in gegica engineering. 3. am a member f the rdre des Ingenieurs du Quebec, and am icensed t practice engineering in the prvince f Quebec, Canada. 4. have practiced my prfessin cntinuusy since graduatin. 5. am a member f the Prspectrs and Devepers Assciatin, the Prcupine Prspectrs and Devepers Assciatin and the Assciatin des Prspecteurs du Quebec. 6. have n interest nr d expect t receive any interest, direct r indirect, in the prperties r securities f Winterad Resurces Ltd. 7. The statements made by me in this reprt represent my best pinin and judgment based n the infrmatin avaiabe t me at the time f the writing f this reprt. Prcupine, N ctber, 995. Jean M. Legaut, B.Se.. P.eng. Senir gephysicist 5

17 Quanter APPENDIX B PRDUCTIN LG TDIP Survey Garrisn Twp. Prperty District f Cchrane, N fr Wnterad Resurce* Trnt, N by Quantec IP. Inc. Waterdwn. N Sept 2* t ct*. 995 JeffWame Gephysicist, Supervisr Richard Chasse Gephysica peratr Prcupine. N akvfe. N NedMauknem Gephysica fied assistant Pau Cassidy, Fied assistant Severn Bridge. N Suth Prcupine, N Kevin Backshaw wen Sund, N Gephysica peratr, Fied freman Sept. 2 st : Mb equipment t prject ste (cabin n grid) frm Timmins. Sept. 22nd : Sept. 23rd mv/v Sund, JW Sept 24th : Purchase suppies, mb equipment and persnne t prtect site Set up camp. tp BLCK. Eectrde Setup Began t estabished Tx dipe AB.700 n Q 54N.6W-43S.6vV. Prductin: ni Tta prductin: ni r BLCK. Eectrde Setup Cmpeted Tx dipte AB.Tft Q 54N.6W-43S,6W. Test readings t mnitr signa strength, EM cping, etc. n 6+W Tested pts and ttaintem stee Rx atectfujea Primary vtage Q mv, current 2.6 amps 24CV. errr in chergeaby Q ±02 wth pts. 0.3 mv/v with rds Kevin Backshaw mb t Mathesn frm wen picked up and drve t camp. Prductin: ni Tta prductin: ni Surveyed ine 2+3W- TN t 2200S fine W - 2 CDS t SN ine 6XXMV - 400N t 2QS Nne6*vV-2CDNt300N Prductin: 3,43n 2.54 mies Tta prductin: 2.54 mies 6

18 Quantec Sept.25th : Sept 26th Sept.27tt Sept. 28th : Sept.29tt : Sept 30th ct. st : Surveyed ine 6+W-SN t 400N ine 4+W - 200S t400n me 2+W S t 500N Ine 0*00-2DS t SN ine 2+E t 600N ine 4* N t 000N Dennis arrived in camp t mb Jeff t Timmins Prductin: 8,000 n = 3.4 mies Tta prductin: 5.96 mies Surveyed ine 6* t TN ine8*e-90d8 tfn ine SN t 800S Surveyed crss dbte measurements fr channeing effects Estabtshed Tx dipe ABTDH 34N.36S ine 600W Prductin: ft -.29 mie* Tta prductin: 7.24 rrits Surveyed ine0+w-2st 900N ine 2+W S t 400N ine 4+W - 4N t 200S Estabished Tx dipe AB g 6700n Q34N.36S ine SCW (increased current frm.2 t 2.9A) Prductin: 8,500 ft =.66 mies Tta prductin: 8.84 mies Surveyed ine 4+W - 2S t 200N ine 6+W -400N t 2000S ine 8+W - 2 DS t 400N ine 0+W - 2 DS t 900N ine 2+W-2000S t BN Jeff arnved in camp t drp ff radk), and t ptrfriyi data Prductin: 6,300 ft z 3.08 mies Tta prductin: 93 mie* Surveyed crss dipe measurements fr channeing effect n AB*6700ft Estabished Tx dipe AB ft 26N. 23S ine 800W Surveyed ine 2+W - 900N t 8006 ine 4+W-400N t 800S ine 6+W-4N t 800S ine 8+W - 600N t 8008 Jeff in camp, mre crss dpt measurements (cate highest Vp) Prductin: 2,00 = 2.29 mie* Tta prductin: 42 mies Vpde(iwdriertatinnwaMjrernentine2W,amideirieated2v (90N.508). Data cftactd at abve statins cncude channeing Q 30 azimuth, vs. 350 azimuth fr remaining statins. Phne Dennis, due t time restrictins, n further infrmatin can be iected at this tame. Surveyed Ine 2+W - 200S t 400N ine 8+W - BN t 400N Prductin: 2,400 ft * 0.45 mies Tta prductin: 4 67 rrats Estabished Tx 0008 = Sine600W Surveyed ine 4+W-800N t 6006 ine 6+W-SN t 800S ine 8+W - SN t 600S Estabished Tx dipe AB 2000 ft Q 26S. 6S ine 600W Surveyed ine 4+W t 9006 ine 6+W-8008 t 9006 ine 8+W t 9005 Estabished Tx dipe AB 2000 ft Q 0N, 06 ine 600W Surveyed ine 4+W - TN t 8006 ine 6+W - TN t BS ine 8+W - TN t 8006 Prductin: ft = 2.84 mies Tta prductin: 7.52 mies 7

19 Quantec PRDUCTIN JB SUMMARY Tta Day* (/09-QV0) - J) minus Tta Mb *.0 minus Tta Weather 0.0 minus Tta Demb = 0.0 minus Tta Standby z 0.0 minus Tta Dwn s 0.0 equas Tta Prductin day*: ** Tta Prductin 27.9 mie* equas Tta Average prductin:.83 mfec/prducun day 9

20 Quantec Weather prf case Dimensins: Weight APPENDIX C INSTRUMENT SPECIFICATINS (frm IRIS Instruments IP 6 perating Manua) 3 cm x 2 cm x 2 cm 6 kg with dry ces 7.6 kg with rechargeabe bat. perating temperature: -200C t 70*0 (-400C t 70"C with ptina screen heater) Strage: (-40"C t 70) Pwer suppy: Input channes: 6 Input impedance: 0 Mhm Input vervttage prtectin: up t 000 vts Input vtage range: 6 x.5 V dry ces (00 200C) r 2 x 6 V NiCad rechargeabe (in series) (50 20*) r x 2V externa 0V maximum n each dipe 5 V maximum sum ver eh 2 t 6 SP cmpensatin: autmatic 0 V with inear drift crrectin up t mv/s Nise rejectin: 50 t 60 Hz pweriine rejectin 00 db cmmn mde rejectin (fr Rs) autmatic stacking Primary vtage resutin: nv after stacking accuracy: Q.3% typicay; maximum ver whe temperature range Secndary vtage windws: up t 0 windws; 3 preset windw specs. pus fuy prgrammabe samping. Samping rate: 0ms Synchrnizatin accuracy: 0 ms, minimum 40 nv Chargeabiity resutin: 0. mv/v accuracy: typicay D.6%. maximum tt f reading mv/vfrv 0 mv Battery test manua and autmatic befre each measurement Grunding resistance: 0. t 467 khm Memry capacity: Data transfer: 2505 recrds, dipe/recrd seria 300 t 9200 baud remte cntr capabiity thrugh seria 9200 baud 20

21 Quantec APPENDIX D LIST F MAPS Reasectin Mans: (cntured tta chargeabiity r apparent resistivity versus depth (ft), mv/v and hm-m, : 2400 map scae) L2+W L4+W L6+W L8+W AB 900ft thrugh 9700ft AB 900ft thrugh 9700ft AB 900ft thrugh 9700ft AB 900ft thrugh 9700ft App.Resistrvity App. Resistivity App.Resistrvity App.Resistrvity P29-RS-RES- P29-RS-RES-2 P29-RS-RES-3 P29-RS-RES-4 L2+W L4+W L6+W L8+W AB 900ft thrugh 9700ft AB 900ft thrugh 9700ft AB 900ft thrugh 9700ft AB 900ft thrugh 9700ft Tt.Chargeabiity Tt.Chargeabiity Tt.Chargeabiity Tt.Chargeabiity P29-RS-CH- P29-RS-CH-2 P29-RS-CH-3 P29-RS-CH-4 Cntured Pan Maps: (cntured and psted tta chargeabiity and gradient apparent resistivity, inear and garithmic cnturs, mv/v and hm-m, : 2400 hriznta scae) East Grid East Grid West Grid West Grid AB 9700 feet AB 9700 feet AB 6700 t 7300 ft AB 6700 t 7300 ft App.Resistrvity. Tt.Chargeabiity App.Resistrvity. Tt.Chargeabiity P29-PLAN-RES- P29-PLAN-CH- P29-PLAN- RES-2 P29-PLAN-CH-2 22

22 Quantec 6 ctber. 995 Winterad Resurces. Prject: P-29 Isand She Aercentre Suite 2, Hanger6 Trnt Isand Airprt Trnt, ntan M5VA Invice: ATTENTIN: Jhn Rss Mses G S.T Reg. N.: R Survey perid: 2 September, t 8 ctber, 995 Survey charges: RE: Garrisn Twp. TDIP Survey S fat rate.000 DS 6 days IP S,893.00/day 30, Executin Expenses (accmdatin, fd, fue, fied suppies, vehice) 4x4 S75.007day,350.00S expenses, t- 5% (expenses) S Subtta: Credit re prebiing 9, Subtta: Tta: Terms: Payabe Upn Receipt

23 ]fj'i t t Z r ac, J ]f. G n ts r c. f. f. (ya.rr sh Gr', J /;A, S /u/a. h t f*" *?- e :0,000 RECEIVED FEB MINING LANDS BRANCH

24 i ntari Ministry f Nrthern Devepment and Mines Reprt f Wrk Cnducted After Recrding Caim Mining Act Transactin Number Persna infrmatin cected n this frm is btained under the authrity f the Mining Act. This Infrmatin wi be used r crrespndence. Questins abut this cectin shud be directed t the Prvincia Manager. Mining Lands. Ministry f Nrthern Devepment and Mines. Furth Fr. 59 Cedar Street. Sudbury. ntari. P3E 6A5. teephne (705) Instructins: - fteaae type r print and submit In dupicate. - Refer t the Mining Act and Reguatins fr reqi Recrder. - A separate cpy f this frm must be cmpeted - Technica reprts and maps must accmpany th the - wrtr ia assjni AT-H- Recrded Hk*er(s) /P Vi// nc r a a df K-t S - 54* /V. f W/* H**.*r i Tfc*t* Jf/.+ t/ Sn/4 tt* ftertt V/tf Mining Divisn Divisin ~ft r 4. t M S~V /4I TwnshD/Area ates Wrk r. Perfrmed A' a r ci e r Xet Frm: ' f-,. J. If nt p-t D05NW GARRISN 900 T: / hnen. 7* f-9 M r Q Pan N. Wrk Perfrmed (Check ne Wrk Grup ny) Wrk Grup Type Getechnica Survey Physica Wrk. Incuding Driing J.. r -) (s rv t y f ***e* ft H*. T ra /: *x Rehabiitatin ther Authrized Wrk Assays Assignment frm Reserve SECTIN 8 NLY DCTprrit, t ~ DEu a 2 J995 MINING LANDS BHA;, Tta Assessment Wrk Caimed n the Attached Statement f Csts /L 7 Nte: The Minister may reject fr assessment wrk credit a r part f the assessment wrk submitted if the recrded hder cannt verify expenditures caimed in the statement f csts within 30 days f a request fr verificatin. Persns and Survey Cmpany Wh Perfrmed the Wrk (Give Name and Address f Authr f Reprt) Name Address Z T J, vc /, s* stf/i' nj ne 0 */ n t? ' /C (attach a schedue if necessary) Certificatin f Beneficia Interest * See Nte N. n reverse side certify that at the time the wrk was perfrmed, the caims cvered in this wrk reprt were recrded In the current hder's name r hed under a beneficia Interest by the current recrded hder. Date fa* Agent (Signature) Certificatin f Wrk Reprt certify that have a persna knwedge f the facts set frth in this Wrk reprt, having perfrmed the wrk r witnessed same during and/r after its cmpetin and annexed reprt is true. Name and Address f Peren Certifying Z B 57 S**/*

25 i r *- * c. 3 if i CRi N) r- Ci L/0+9L N rv) J? fc N Ci N X) x x J K. (see 2) Nte Numbe Caim CQ 53 i Is fa f Mi r S * fit* J-* i? is c - 0 G 0 Ci - 0 Ci Ci Ci Ci Ci V, Ci - < Ia RECEIV SM r )95 RA 2 FINING S LAf 5 > Ir -t Future Date Caimed at t be Wrk Reserve: Credits yu are caiming in this reprt may be cut back. In rder t minimize the adverse effects f such deetins, pease indicate frm which cajms yu wish t pririze the deetin f credits. Pease mark () ne f the fwing:. G Credits are t be cut back starting with the caim isted ast, wrking backwards. 2. G Credits are t be cut back equay ver a caims cntained in this reprt f wrk. 3. G Credits are t be cut back as prirized n the attached appendix. In the event that yu have nt specified yur chice f pririty, ptin ne wi be impemented. Nte : Exampes f beneficia Interest are unrecrded transfers, ptin agreements, memrandum f agreements, etc., with respect t the mining caims. Nte 2: If wrk has been perfrmed n patented r eased and, pease cmpete the fwing: certify that the recrded hder had a beneficia interest in the patented r eased and at the time the wrk was perfrmed. Signa

26 s j b*b 5* 2? i t? < s a- Vi /s x N? c ~v x Q fr N, 0 K X? x,) 00 " (TN. ut N!0 t x S x x N J t CN 0* V - Ij x i X pt - ) xv C N *b ij x ~ t N t t CN - x v t /J s X) -, CX c? / ij i) G-j X* 0 -*- t ' B.? ft ta s XJ) N) -v. t S -N t. v (Tx, is ft 33 K fvj /Vi -. x - i Sx h 2 N t i A (J x 0 r Ni N If f? 3 " C f 3 M 0 3 S3 g 0 35S, i!!5 a? S- I s ax) VT 0, i * i t t i - f 3 S * S i -* s fi i r i Tb ' P V. t x X S K IV x IVj x IV. x t (JN C? N v N) /v, w 5j ( -fc *fx c K, x * K Qx. C S MIN t 6a A F?E( DE S m L K, Q s rrii /CJ ANJ c,/crr " ' Credits yu are caiming in this reprt may be cut back. In rder t minimize the adverse effects f such deetins, pease indicate frm which caims yu wish t pririze the deetin f credits. Pease mark () ne f the fwing: ;. Credits are t be cut back starting with the caim isted ast, wrking backwards. 2. Cj Credits are t be cut back equay ver a caims cntained In this reprt f wrk. 3. D Credits are t be cut back as prirized n the attached appendix. : In the event that yu have nt specified yur chice f pririty, ptin ne wi be impemented. i i brv IM x S r,uh Y rv, x V * 5 > '6 3 -nqt, E" 0 * 538 ss! fi-" Nte : Exampes f beneficia Interest are unrecrded transfers, ptin agreements, memrandum f agreements, etc., with respect t the mining caims. Nte 2: If wrk has been perfrmed n patented r eased and, pease cmpete the fwing: ( certify i', :i ihe recrded Mder had a benficia interest In the patented s'9naur

27 x.' x??! i If I x.. Nj h) r x" V Vx r fs. N Q JJ x r V* K K 4 N h b A N N xx -x J c? i K A /Vi * Cs G x K) *v s Aj A) JN N Ki N ~ * t N Ai / N cri x~ v* i x 3 U i ' N (N N 0 x. t N s AJ N /Vi X) v N G 7S X Uj Jx r ij X) -x t v 0 i* AJ S v. N. 5 A x. /Vi N ffx 4 J- ** * J. i K x ' t / *J * KJ x. ~ 5 J K i! xd. V Z? 3 A rn xj. 5-JJ K. N? V r ri i x. - r x V Cj rj K; N S t Z J p * x C i" i a * I f si* 3 A W C fjk f.5! N c 5 f Rfei DEC ININ GLA V f.?-?- *. rvi x Q ~ r :.'r t". r. IV, x L hj N. 0 xj *Nx -x. * Vv K," N G? "X - N,) i -, K Ṉ K, ( Jv xj *N C/V Ki x s (r* - x. tu N r -X, X C v T* -J K, c CrV Ki trj N x,- ~V x x ' - x - N k CA - f f 3 * 5! S? Credits yu are caiming In this reprnnay be cutback, in rder t minimize the adverse effects f such deetins, pease Indicate frm which caims yu wish t prtrize the deetin f credits. Pease mark () ne f the fwing:. D Credits are t be cut back starting with the caim isted ast, wrking backwards. 2. D Credits are t be cut back equay ver af caims cntained In this reprt f wrk. 3. D Credits are t be cut back as prtrzed n the attached appendix. In the event that yu have nt specified yur chice f pririty, ptin ne win be Impemented. Nte : Exampes f beneficia Interest are unrecrded transfers, ptin agreements, memrandum f agreements, etc., w t the mining caims. V V. Nte 2: If wrk has been perfrmed n patented r eased and, pease cmpete the fwing:

28 ntari Ministry f Nrthern Devepment and Mines Mmistere du Deveppement du Nrd t des mines Statement f Csts fr Assessment Credit Etat des cuts aux fins du credit devauatin Transactin HJH* de transactin Mining Act/Li sur es mines Persna inrmatkxi cected n this rm is btained under the authrity f the Mining Act. This Infrmatin wi be used t maintain a recrd and nging status f the mining caim(s). Questins abut (his cectin shud be directed t the Prvincia Manager, Minings Lands. Ministry Nrthern Devepment and Mines. 4th Fr, 59 Cedar Street, Sudbury, ntari P3E 6A5. teephne (705) Les renseignements persnnes cnenus dans a presente frmue sn! recueiis en vertu de a L) sur et mines et servirn a tenir a jur un regis!re des cncessins mneres. Adresser tute questin sur a cece de ces renseignements au chef prvincia des terrains miniers, ministers du Deveppement du Nrd et des Mines. 59. rue Cedar. 4* etage, Sudbury (ntari) P3E 6A5. teephne (705) Direct Csts/CGts directs Type Wages Saares i*- f Cntractr's and Cnsutant's Fees Drs de {'entrepreneur et de I'expertcnse Suppies Used Fumituras utiise** Equipment Renta Lcatin de materie Descriptin Labur Main-d'euvre Fied Supervisin Supervisin sur e terrain Type -* i S t"'* e y / Type Typ. Amunt Mntan! ib-jl Tta Direct Csts Tta des cts directs Ttas Tta gba W-e 320Q 2. Indirect Csts/Cts Indirects * * Nte: When caiming Rehabiitatin wrk Indirect csts are nt awabe as assessment wrk. Pur e rembursement des travaux de rehabiitatin, es cts Indirects ne snt pas admissibtes en tant que travaux d'evauatkxi. Type Transprtatin Transprt RE Fd and Ldging Nurrture et heberbement ssnwn Mbiisatin et dembmtn Type escriptkxi Tr*c/ 4X + :CE!V" )EC F alandstihm - - Amunt Mntan W44s y UK-% /0?0 Sub Tta f Indirect Csts Tta parte des cts Indirects Amunt Awabe (nt greater than 20H f Direct Csts) Mntant admissibe (n'excedant pas 20 H des cts directs) Tta Vaue f Assessment Credit (Tta f tr*et and ABwafat Indtact ccta) Vateur tta* du crfdrt d'evahiaun ftta! daa eaitti tfracte Ttas Tta gba /f f 2Z + + /7e 7& 4 7f? T77 Nte: The recrded hder wi be required t verify expenditures caimed in this statement f csts within 30 days f a request fr verificatin. If verificatin is nt made, the Minister may reject fr assessment wrk a r part f the assessment wrk submitted. Nte : Le tituaire enregistre sera tenu de verifier es depenses demandees dans e present etat des cuts dans es 30 jurs suivant une demands a ee efet. SI a verificatin n'est pas enectuee, e ministre peut rejeier tut u une partie des Iravaux devauatin presentes Fiing Discunts. Wrk fied within tw years f cmpetin is caimed at 't f the abve Tta Vaue f Assessment Credit. 2. Wrk fied three, fur r five years after cmpetin is caimed at 50*Vb f the abve Tta Vaue f Assessment Credit. See cacuatins bew: Remises pur dept Les travaux depses dans es deux ans suivant eur achievement srt remburses a 00 't de a vateur ttae susmentinnee du credit devauatin 2. Les travaux depses tris, quatre u cinq ans apres eur achievement snt remburses a 50 H de a vaur ttae du credit devauatin susmentinne. Vir es cacus ci-dessus. Tta Vaue f Assessment Credit Tta Assessment Caimed Vateur ttae du credit devauatin Evauatin ttae demandea x x Certificatin Verifying Statement f Csts hereby certify: that the amunts shwn are as accurate as pssibe and these csts were incurred whie cnducting assessment wrk n the ands shwn n the accmpanying Reprt f Wrk frm. Attestatin de I'etat des cts J'atteste par a presente : que es mntants indiques snt e pus exact pssibe et que ces depenses nt ete engagees pur effectuer es travaux devauatin sur es terrains indiques dans a frmue de rapprt de travai ci-jint. that as (Recrded Hder A 'sikxi in Cmpany) am authrized Et qu'a itre de. (ituaire eruegistre. represenant. pst* ccupe je suis autris6 N - t make this certificatin a faire cette attestatin. Signature Date Nta ' Dans cette frmue. rsqu'i d* as. e mascu'in est au snrs nrutre

29 ntari Ministry f Nrthern Devepment and Mines Apri 03, 996 Ministere du Deveppement du Nrd et des Mines Gescience Apprvas ffice 933 Ramsey Lake Rad 6th Fr Sudbury, ntari P3E 6B5 Teephne: (705) Fax: (705) ur Fie: Transactin /: W Mining Recrder Ministry f Nrthern Devepment S Mines 4 Gvernment Rad East Kirkand Lake, ntari P2N A2 Dear Mr. Spner: Subject: APPRVAL F ASSESSMENT WRK CREDITS N MINING CLAIMS et a. IN GARRISN TWNSHIP A deficiencies assciated with this submissin have been crrected. Accrdingy, assessment credits have been apprved as utined n the attached reprt f wrk frm. The credits have been apprved under Sectin 4 (Gephysica) f the Mining Act Reguatins. The apprva date is February 27, 996. If yu have any questins regarding this crrespndence, pease cntact Steven Beneteau at (705) Yurs sincerey, RIGINAL SIGNED BY: Rn C. Gashinski Senir Manager, Mining Lands Sectin Mining and Land Management Branch Mines and Mineras Divisin SBB/j Encsure: cc: Resident Gegist Kirkand Lake, ntari ssessment Fies Library Sudbury, ntari

30 VALUE F ASSESSMENT WRK PERFRMED N MINING CLAIMS Apri 03, 996 FILE NUMBER TRANSACTIN N. W CLAIM NUMBER VALUE F ASSESSMENT WRK DNE N THIS CLAIM S S S 2, S, , S, S 3, , , , $ 3, S 5, TTAL $37,67.00

31 TWrr ' *-*~ - ;*" g' -f "K * J *~(*jf 0 (D 0 M.R - MIMIN-j RIGHTS N' * 8.R.. - SURFACE RIGHTS - M.+ Z. - MINING AND SURFACE rdw N. *M DtawdtMr esr L IL V.,, ' 386*- Sf~" S'- '6, N rt.! RAND TWN' HIP T "* *MM rt;~ LTS. L T UNFS LECLIC. B jt 'ie c t T'.. >_ V cs NJIW 3/83 RISCINDED MARCH 29/85. AS f JANUARY DECLARED A PRVINCIAL PARK 298:52;.,r-- fi M J'N CI MV ""'-,AI' A " A ;U hi( m t WAY" ', NIC ". f ( NES ' " - i.i-vi. ', i EA NG A FL 0INC SU8t U i,. R MP TE PLAN i4 r-"., :v i -t * V M Au SHRELINE r cw. j J i i J J f -.. d i i t* i V. / V) * 'V--; S.X- x VL A, V.- V" F D* - T SI Hr /*CE 4 'Z '3 N L Y it: i i L. v****** f i s~f : :CEN:E CJES IN r y, ' S * - ~~* h -J t.. i-.j L 'L SAN C. ' F'.Tf. MINING WIGHTS, IN "~RCtLS AttNTF f-' '* ' 93 VtCi(.r IK RIGIN M- PATNC'. 9V ' 'C AIT R S C. 97t CHAr - " SEC ' SU8SEC G) V * Lftk c j jr---~*t! WXJ vu!7 V r ; - js4 -./ i * L.. L, 4- -j - C 300 U f. CE i 4 S C S 76590S 7* 'u m j UCALc i:/. 00 p-fr/.c t: D < X j i ~~ C x EC 5 W L7375I5 j ! h - - i - J i..n. j..- en j, ~ ' ' L B Hafw * i v. " JdJ 5226*09 f fa-. L U i U L I rrtt; ' ' U --tr-r txt 9 --".. LI4644S ', (-98288, P.-.2 i ' " THE INFRMATIN THAT APPEARS N THIS MAP HAS BEEN CMPILED FRM VARIUS SURCES. AND ACCURACY IS NT GUARANTEED. THSE WISHING T STAKE MIN ING CLAIMS SHULD CN SULT WITH THE MINING RECRDER. MINISTR' F NRTHERN DEVELP MENT AND MINES, FR AD DITINAL INFRMATIN N THE STATUS F THE LANDS SHWN HEREN L..C f i, L K - i L TWNSHIP GARRISN / CM i IK i ii 00 CD 0 C) r 909 i 8005J T L L.-.i - a.. *5 -fc.' ; : i -v -J -- L *, HL 7 Jt t JL L i ' ' J " J J J n -x"!! j THACKERAY -TWNSHIP CPY F THIS MYLAR ARCHIVED MAY 3/03 ARCHIVED MAY 7, 995 M N R ADMINISTRATIVE DISTRICT K.'-KLAND LA"F MINING DIVISIN RECEIVEb DEC ! LARDER LAK LAND T.r fs/ *FGisiftv D : v. M W LANDS BRANCH CCHRAM?-: ntari Ministry f ijatura Res"rcea Ministry' Nrthern Devep ntt v-5 Mines QC Ui t Q). '-bi * *' r. T-"-imr i'

32 LINE 4+W APPARENT RESISTIVITY (hm-metres) 2000S SN 000N 200N 400N Z LINE 4+W Gradient Array AB MN~[ pt pints CM F -800 a. UJ HD -20D -B m -D RECEIVED DEC Z 2 MINING LANt Scae : msbs (feet) 300 WINERCKD RESURCES LTD. GARRISN "TP. PRPERTY BH/V.CBARRISN TYfP..MATHESN.NT. 995 TIME DMAIN IP SURVEY 2 REALSECTIN L4+W APPARENT RESISTIVITY t 9700 feet r--400 Transmitter Frequency Hz (50/S duty cyce) Transmitter Current. 5 t 2.9 Amps Decay Curve: QIP IP-6 Custm Semigarithmic Windws 0 Gates (60ms t 3540ms) Statin Interva: 00ft Resistivity Cntur Interva: 20 eves/g decade Cur Scafe. Equa Area Zning -60D K -600 Date: CT/95 Instrumentatin: Rx = IRIS IP-6 (6 channes) Tx PHENIX IPT-2B(5 kw) + MG-30(30 kva) 2000S 800S 600S 400S 200S 000S 800S S 200S 200N 400N 600N SN 000N 200N 400N Surveyed tic Prcessed by QUANTEC IP INC. DWG. f P-29-RSIP-RES-2

33 LINE 4+W TTAL CHARGEABILITY (mv/v) 2000S 8CS 600S 400S S 800S 600S 400S 200S 200N 400N SN SN 000N 200N 400N LINE 4+W -400 W Gradient Array AB *c MN! -.V~r pt pints CM CL UJ DEC MINING r 00 Scae : WNTERCKD RESURCES LTD. GARRISN TWP. PRPERTY GARRISN TWP., MATHESN.NT. TIME DMAIN IP SURVEY 6320 RESECTIN L4+W TTAL CHARGEABILITY AB*000 t 9700 feet -400 C C -f* -f*. ) G Qi r -J s en 400 Transmitter Frequency 0625 Hz (50/5 duty cyce) Transmitter Current 5 t 2 9 Amps Decay Curve QIP IP-6 Custm SemiganthmiC Windws 0 Gates (60ms t 3540ms) Statin Interva 00ft Chargeabiity Cntur Interva 05,25 mv/v Cur Scae Equa Area Zning S &S 600S 400S 200S 000S BS 600S 400S 200S 200N 400N 600N SN 000N 200N 400N 600 Date CT/95 Instrumentatin Rx IRIS IP-6 (6 channes) Tx ~ PHENIX IPT-2B(5 kw) + MG-30(30 kva) Surveyed A Prcessed by QUANTEC IP INC. DWG f P-29-BSIP-CHG-2

34 LINE 6+W TTAL CHARGEABILITY (mv/v) 2000S 800S 600S 400S 200S 000S 800S 600S 400S 200S 20QH 400N 600N SN 000N 200N 400N LINE 6+W Gradient Array AB m 00 pt pints Scae : C CN Q. UJ RECFI DEC 2 MINING LANC 99E WNTERQftD RESURCES LTD. GARRISN TWP. PRPERTY GARRISN TWP.,MATHESN.NT. TIME DMAIN IP SURVEY REALSECTIN L6+W 3 2 0)TAL CHARGEABILITY 900 t 9700 feet Qtt -400 Transmitter Frequency 0625 Hz (5( duty cyce) Transmitter Current 5 t 2 9 Amps Decay Curve QIP IP-6 Custm Semigarithmic Windws 0 Gates (60ms t 3540ms) Statin Interva 00 ft Chargeabiity Cntur Interva 05,25 niv/v Cur Scae Equa Area Zning S 800S 600S 400S S 800S 600S 400S 200S 200H 400N 600N SN 000N 200N 400N 600 Date CT/95 Instrumentatin Rx = IRIS IP-6 (6 channes) Tx - PHENIX IPT-2B(5 kw) * MG-30(30 kva) Surveyed # Prcessed by QUANTBC IP INC. DWG f P-29-RSIP-CHG-3

35 LINE 6+W APPARENT RESISTIVITY (hm-metres) 2000S S 400S 200S S 600S 400S 200S J 200N 400N GN SN 000N 200N 400N tn t LINE 6+W Gradient Array AB J~MN"~MN~[ pt pints m Scae : Q- Lu Q RESURCE LTD. GARRISN TWP. PRPERTY DEC j: 9. ftk GARRISN TWP.,MATHESN. NT. CM TIME DMAIN IP SURVEY MINING LANDS BRANCH REALSECTIN L6+W fc c f j APPARENT RESISTMY ' J v AB:r900 t 9700 feet Transmitter Frequency 0625 Hz (5Q5S duty cyce) Transmitter Current 5 t 2 9 Amps Decay Curve QIP IP-6 Custm Semi g nth mie Windws 0 Gates (60ms t 3540ms) Statin Interva 00ft Resistivity Cntur Interva 20 eves/g decade Cur Scae Equa Area Zning S 80QS 600S 400S ZS 0S 800S 600S 400S 200S 200N 400N 600N BN 000N 200N N Date CT/95 Instrumentatin Rx = IRIS IP-6 (6 channes) Tx PHENIX IPT-2B(5 kw) + MG-30(30 kva) Surveyed Se Prcessed by QUANTEC IP INC. DWG t P-29-RSIP-RES-3

36 LINE 8+W TTAL CHARGEABILITY (mv/v) 2000S S 400S 200S 000S 800S 600S 400S 200S 200N 400N 600N SN 000N 200N 400N LINE 8+W -400 CrJ W Gradient Array AB FMN "MN! A. jh a m T) 00 pt pints Scae : K"i (f86t) s -s * 000 RECEIVFJ DEC RESURCES LTD. GARRISN TWP. PRPERTY GARRISN TWP.,MATHESN,NT. in (N TIME DMAIN IP SURVEY MINING LAND! i BRANCH TTAL CHARGEABILITY ** J. vi V v AB:z900 t 9700 feet -400 C-J L7 S3 400 Transmitter Frequency Transmitter Current 0625 Hz (503S duty cyce) 5 t 2 9 Amps Decay Curve QIP IP-6 Custm Semigarithmic Windws 0 Gates (60ms t 3540ms) Statin Interva 00 ft Chargeabiity Cntur Interva 05,25 mv/v Cur Scae Equa Area Zning S :es 600S 400S 200S 000S 800S 600S N 400N GN SN 000N 200N N Date CT/95 Instrumentatin Rx - IRIS IP-6 (6 channes) Tx - PHENIX IPT-2B(5 kw) * MG-30(30 kva) Surveyed & Prcessed by QUANTEC IP INC. DWG f P-29-RSIP-CHG-4

37 LINE 8+W APPARENT RESISTIVITY (hm-metres) 2000S SS 600S S 000S BS 600S 400S 200S 200N 400N 600N BN 00QN 200N 400N LINE 8+W Gradient Array AB [MN "MN! pt pints Scae : M ( CM. LU RECEIVE DEC 22 M 95 MINING LANDS i WiCH 2. (fwt) WINTERCND RESURCES LTD. GARRISN TWP. PRPERTY GARRISN TWP..MATHESN,NT. TIME DMAIN IP SURVEY EALSECTIN L8+W RENT RESISTIVITY ABQ t 9700 feet Transmitter Frequency 0625 Hz (5035 duty cyce) Transmitter Current 5 t 2 9 Amps Decay Curve QIP IP-6 Custm Semigarithmic Windws 0 Gates (60ms t 3540ms) Statin Interva 00 ft Resistivity Cntur Interva 20 eves/g decade Cur Scae Equa Area Zning S BS 600S 400S S BS 600S 400S 200S 200N 400N 600N 800N 000N 200N 400N -600 Date CT/95 Instrumentatin Rx = IRIS IP-6 (6 channes) Tx = PHENIX IPT-2B(5 kw) * MG-30(30 kva) Surveyed A Prcessed by QUAffTEC IP INC. DWG f P-29-RSIP-RES-4

38 D C > D 5D 3 T 32D05NW006 Z 6320 GARRISN 270 C ( r ' i 3 Z t hm D Q tx (D m 55 i K 30 CD x u " i Z CT) ci,'s? Q rn en S Q rt 3 a Q. rs a 2 " Q Ci 2,9 w w i i C i-*- *-f CD - CD - 3 c w w a i* A g en en II C 0 CD :d m t c: a m 20 c t Q t/) S. CD Ir N) - 33 m m i" ft*.?l ; tf, i t i > CD Q- * 5 C w

39 APPARENT RESISTIVITY (hm-metres) 200W ew 400W 400E 800E N N N 200N- -200N 792 -BN N - 800N- 400N- 400S- -400S 800S -800S 200S -200S Gradient Array -AB- 600S- -600S RECEIVED DEC MINING LAfffi - pt pints Scae :2400 (Tsrt) 00 CM 2000S S WINTERQAD RESURCES LID. GARRISN TWP. PRPERTY GARRISN TWP.MATHESN,NT. TIME DMAIN IP SURVEY Gradient Array APPARENT RESISTIVITY AB= 9700 feet 200W W 400W 400E 8QE Transmitter Frequency Transmitter Current 0625 Hz (50?S duty cyce) 2 6 amps Amps Decay Curve QIP IP-6 Custm Sem i tga nth mie Windws 0 Gates (60ms t 3540ms) Statin Interva 00 feet Resistivity Cntur Interva 20 eves/g decade Cur Scae Equa Area Zning Date SER95 Instrumentatin Rx = IRIS IP-6 (6 channes) Tx = PHENIX IPT-2B(5 kw) t MG-30(30 kva) Surveyed A Prcessed by QUANTEC IP INC. DWG # P-29-PLAN-RES-