A REPORT SPECTRAL IP/RESISTIVITY AND MAGNETOMETER SURVEYS CONDUCTED IN THE SHINING TREE AREA, GOLDEYE l LACARTE PROPERTY DRILLHOLE GRID

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1 41P11NE TYRELL 010 A REPRT N SPECTRAL IP/RESISTIVITY AND MAGNETMETER SURVEYS CNDUCTED IN THE SHINING TREE AREA, GLDEYE l LACARTE PRPERTY DRILLHLE GRID TYRRELL TWNSHIP, NTARI MM 14 JVX Ltd.

2 A REPRT N SPECTRAL I.P., RESISTIVITY AND MAGNETMETER SURVEYS CNDUCTED IN THE SHINING TREE AREA, GLDEYE l LACARTE PRPERTY DRILLHLE GRID TYRRELL TWNSHIP, NTARI Fr: Haddingtn Resurces Ltd East Bank Rd. Pickering, ntari L1V 3J4 Tel: (905) Fax: (905) Attentin: Walter A. Nash By: JVX Ltd. 60 West Wilmt Street, Unit #22 Richmnd Hill, ntari L4B 1M6 Tel: (905) , g'' Fax: (905) Cntact: Slaine Webster ^ JVX Ref: 9507 ctber, 1995

3 J VX TABLE F CNTENTS 1. INTRDUCTIN ! 1.1 PURPSE... l 2. SURVEY SPECIFICATINS... l 3. PRDUCTIN SUMMARY PERSNNEL FIELD INSTRUMENTATIN IPTRANSMITTER IPRECEIVER MAGNETMETER DATA PRCESSmG...n...~^^ 6.11.P. AND RESISTIVITY SURVEY MAGNETICS SURVEY INTERPRETATIN METHDLGY P. ANDRESISTTVITYSURVEY MAGNETICS SURVEY DISCUSSIN AND RECMMENDATINS RECMMENDATINS FR ADDITINAL WRK P11NE TYRELL 0 10C

4 J VX LIST F FIGURES Figure l Figure 2 Lcatin Map Grid l Claim Map LIST F TABLES Table 1A : Table IB : Table 2A : Table 2B : Survey Specificatins fr the IP/Resistivity Survey Survey Specificatins fr the Magnetmeter Survey Survey Summary fr Magnetic Survey Survey Summary fr IP/Resistivity Survey LIST F APPENDICES Appendix A: Appendix B: Backgrund t the Gephysical Methds Plates

5 J VX LIST F PLATES Plate l : Ttal Field Magnetic Cnturs, Scale 1:2500 Plate 2 : Ttal Field Magnetic Prfiles, Scale l :2500 Plate 3: Plate 4 : Plate 5 : Chargeability (m7) Cntur Map (fr n=2) Resistivity (p*) Cntur Map (fr n=2) Psitin f the Drillhle Grid n tp f the E-Wgrid Plate 6 : Line 9500E, m7, pa, M-IP, and T Pseudsectins, Scale 1:2500 Plate l : Plate 8a: Plate 8b: Line 9900E and E m7, pa, M-IP, and i Pseudsectins, Scale 1:2500 Lines 10400E, 10500E, 10600E, 10700E, 10800E, 10900E, IIE, m7 and pa, Scale 1:2500 Lines 10400E, 10500E, 10600E, 10700E, 10800E, 10900E, IIE, M-IP and i, Scale 1:2500 Plate 9: Cmpilatin Map, Scale 1:2500

6 J VX 1. INTRDUCTIN JVX Ltd. cnducted time-dmain spectral induced plarisatin/resistivity (I.P.) and magnetmeter surveys frm February 2 t 18, 1995 n behalf f Haddingtn Resurces Ltd. The surveys were lcated in the Shining Tree Area, Gldeye l LaCarte prperty (Figure 1) in Tyrrell Twnship, ntari (N.T.S.41 P/ll). 1.1 PURPSE Gephysical surveys were carried ut ver the drillhle grid (Figure 2) in rder t guide drilling and aid gelgic interpretatin. The drillhle grid i s riented with survey lines perpendicular t a shear zne. The shear zne is thught t be related either directly r indirectly t gld mineralizatin. IP and magnetmeter surveys were dne t identify areas f disseminated metallic sulphides and determine their relatinship with gelgic structures defined by high and lw resistivity and magnetic areas. An interpretatin f these survey data wuld prvide recmmendatins f explratin targets which are thught t be favurable sites fr gld depsits. 2. SURVEY SPECIFICATINS Transmitter Receiver Array Type Transmit Cycle Time Receive Cycle Time Number f Ptential Electrde Pairs Electrde Spacing (a spacing) Number f Lines Surveyed Survey Cverage Scintrex IPC-7/2.5 kw ScintrexIPR-11 Ple-Diple 2 sec 2 sec 6 25m 1 1 (a^25 m) 7325 metres (0=25 m) Table l A : Survey Specificatins fr the IP/Resistivity Survey

7 l SHINING TREE AREA l l l l l l l l LCATIN MAP HADDINGTN RESURCES LTD. SHINING TREE AREA Tyrrell Twp., ntari GRUND GEPHYSICAL SURVEY l l Surveyed by JVX Ltd. Winter 1995 Scale: l : 1,600,000 Figure l

8 j_ Q^ 'k \V H GRID 7 CLAIM MAP HADDINGTN RESURCES LTD. SHINING TREE AREA Tyrrell Twp., ntari GRUND GEPHYSICAL SURVEY Scale: l : 15,000 (apprx.) Surveyed by JVX Ltd. Winter 1995 Figure 2

9 J VX Instrument Sensr Type Statin Spacing Survey Cverage GSM- 19, "Walking Magnetmeter" verhauser Magnetmeter 10 metres 14,825 metres Table IB : Survey Specificatins fr the Magnetmeter Survey 3. PRDUCTIN SUMMARY The lcatin f the survey grid is shwn in Figure l. The ttal IP cverage was 7,325 metres. The ttal magnetmeter cverage was 14,825 metres. The fllwing tables list the survey cverage in detail. Line Frm Statin T Statin Distance (m) N. f Readings 9500 E 9625 N N E 9600 N N E 9650 N N E 9650 N N E 9650 N 10350N E 9625 N N E 9650 N N E 9625 N N E 9650 N N E 9650 N N E 9600 N N

10 J VX E E 11100E 9900 N 10000N 1000 N 1100N 9650 N 9650 N 9650 N 9500 E 9500 E E E N N N E E 625 E 625 E ^jjsji^s^^ijij'tf^ ' ^y^a-::. : " i::v : ::- : X-/:' ;: ' :;V : ' ''" ^^^i^s:-:! ': :;-; : S ^^^y^-'^-^-f^m^ ^^^iij^^^^fti^^^-^ Table 2A : Survey Summary fr Magnetmeter Survey Line E E E E E E E E E 9900 E 9500 E Frm Statin 650 N 650 N 625 N 650 N 625 N 625 N 625 N 625 N 625 N 625 N 625 N T Statin 1350 N 1350 N 1350 N 1325 N 1350 N 1350 N 1350 N 1350 N 1350 N 1350 N 350 N 'JL: :Wti34::: :!': :^:;^:-: ::^:^^ :;-:-; : :^; : ; : ; ". ~ ~--~ : :'':'.' ''.-, - - :-:-i':' ; ":--: : : : ",- '---.."' - : i.-:'-:i.-: - ':- ~-~ : ' -- ;": ^..-. V: ^ -" ": -:.. V..- : ' : '.'.''- '''.'l'' ' '^'i-x-:- ' Distance (m) N. f Readings Table 2B : Survey Summary fr IP/Resistivity Survey

11 J VX 4. PERSNNEL Graham Stne (Gephysical Party Chief): Mr. Stne perated the Scintrex IPR-11 receiver, cllected magnetmeter data using the GSM-19 magnetmeter and was respnsible fr data quality and the day t day peratin and directin f the survey. Claudia Wilck (Gephysical Technician): Ms. Wilck perated the IP transmitter and cllected the magnetmeter data. Michael Fecteau (Gephysical Technician): Mr. Fecteau perated the IP transmitter and cllected the magnetmeter data. Three field assistants were als engaged by JVX. Aleksandra Savic (Gephysicist): Ms. Savic prcessed the data, prepared the plts, and is respnsible fr the data strage. Dagmar Piska (Draftspersn): Ms. Piska did manual drafting, prepared the cmpilatin map, and assembled and bund the reprt. Je Mihelcic (Gephysicist): Mr. Mihelcic interpreted the data and wrte this reprt. Blame Webster (President. JVX Ltd.): Mr. Webster prvided verall supervisin f the survey, the interpretatin f the data and writing f the reprt. 5. FIELD INSTRUMENTATIN JVX supplied the fllwing gephysical instruments. Additinal infrmatin abut the gephysical methds can be fund in Appendix A. 5.1 IP Transmitter The Scintrex I PC-7/2.5 kw Time Dmain Transmitter pwered by an eight hrsepwer mtr generatr was used. The transmitter generates square wave current utput with a perid f 4, 8, r 16 secnds. A digital multimeter in series with the transmitter is used t measure the magnitude f the current utput.

12 J VX 5.2 IP Receiver The Scintrex IPR-11 Time Dmain Receiver was used. This unit samples the vltage decay curve as measured by the ptential electrdes at ten pints in time. Readings are repeated until they cnverge t within a tlerance level, and the data are stred in slid-state memry. 5.3 Magnetmeter The GSM-19 verhauser Prtn Magnetmeter system (a "walking magnetmeter") was used t measure the ttal magnetic field ver the grid. A secnd base magnetmeter mnitred the backgrund magnetic field at a lcatin ff f the survey grid. These base statin data were used t make the diurnal crrectin. After being transferred t a field cmputer at the end f each survey day, the data are examined, crrected, and rganised by the instrument peratr. The results are pltted n the fllwing printers: * STAR NX-80 clur dt-matrix printer * EPSN FX-80 dt-matrix printer These plts are used t mnitr prgress and data quality, and t make an initial interpretatin. Thus the survey parameters and design can be altered if necessary. The data are sent by curier t the head ffice f JVX in Richmnd Hill, ntari. They are prcessed and results are pltted n the fllwing printers as necessary: * NICLET ZETA 36 inch pen pltter * TEKTRNIX CLRQUICK ink jet printer * FUJITSU DL2400 clur dt-matrix printer * TEXAS INSTRUMENTS MicrLaser Pr 600 Laser printer The prcessing prcedure is utlined belw. 6. DATA PRCESSING 6.1 I.P. and Resistivity Survey Steps 1) and 2) are perfrmed bth in the field and in the head ffice. Steps 3) and 4) are perfrmed at the head ffice. l) The GEPAK IPSECT Package is used t generate clur pseudsectins f chargeability and resistivity data.

13 J VX 2) The in-huse JVX SFT II Package is used t perfrm spectral analysis f the time-dmain data. This step is crucial t maximising the infrmatin which can be btained frm I.P. data. This sftware analyses the shape f the I.P. decay curve, giving infrmatin abut: (a) the grain size (indicated by the parameter T), (b) the unifrmity f the grain size (indicated by c), and (c) the magnitude f the chargeable surce (indicated by M-IP). (Please see Appendix A fr mre infrmatin abut spectral analysis.) 3) The pseudsectins frm 2) abve are aligned in the AUTCAD cmputer-aided drafting package, then pltted. 4) Cntured plan maps f bth chargeability and resistivity data frm ne diple are prduced using JVX in-huse sftware and the GEPAK Line Prcessing Package. Additinal drafting n these maps is dne thrugh AUTCAD. 6.2 Magnetics Survey 1) A cntur map and prfile plts f the magnetic data, and prfile plts f the VLF data are generated bth in the field and in the head ffice using the GEPAK Line Prcessing package. 2) At the head ffice, the AUTCAD cmputer-aided drafting package is used t add any necessary features (e.g. title blck, nrth arrw). JVX uses its many years f experience in gephysical interpretatin t extract the mst accurate infrmatin frm the data. The prcedures invlved are simplified fr the sake f clarity. 7. INTERPRETATIN METHDLGY 7.1 I.P. and Resistivity Survey The I.P. and resistivity data are interpreted using the fllwing prcedure: l) Chargeability anmalies are picked n the pseudsectins and classified using the fllwing scheme as a guide: Very Strng 30 mv/v) and well-defined Strng (20 t 30 mv/v) and well-defined Mderate ( 10 t 20 mv/v) and well-defined Weak (5 t 10 mv/v) and well-defined Very Weak (3 t 5 mv/v) and prly defined Extremely Weak (^3 mv/v) and very prly defined 6

14 J VX The peak f the anmaly gives a qualitative indicatin f the depth t the tp f the anmalus surce and the lcatin f the centre f the bdy. Where pssible, the lcatin and diple number f the peak is written beside the anmaly bar. 2) The spectral characteristics f the anmalies are examined. The peak value f M-IP is nted, and T is classified accrding t the fllwing scheme: L M S Lng C* 10.0 sec) Medium ( l.0 t 10.0 sec) Shrt^ 1.0 sec) 3) Resistivity anmalies are picked n the pseudsectins and classified using the fllwing scheme as a guide: VH(n) H(n) Very High Wm) 3A highly silicified High Wm) 3A prbably silicified WH(n) Weak High (^ Wm) 3A relative increase cmpared t surrunding material SL(n) Strng Lw 3A strng decrease in resistivity ML(w) Medium Lw 3A medium decrease in resistivity WL(n) Weak Lw 3A slight resistivity decrease relative t surrunding material where n is the diple number at which the anmaly peak is lcated. 4) The anmalies frm steps 1) t 3) are marked n the cmpilatin map. 5) Resistivity anmalies n the cmpilatin map are jined int cnductive and resistive znes. 6) Znes f high chargeability are interpreted based n spectral, resistivity, and gemetric infrmatin. 7) The anmalies are rated accrding t JVX' past experience. The fllwing are sme f the characteristics which may be indicative f ecnmic mineralisatin: * A mderate t high chargeability anmaly flanked by a narrw finger-shaped resistivity high.

15 J VX * High M-IP values 300 mv/v) which are nt assciated with a resistivity lw, indicating a large quantity f metallic sulphides). * Lw T values (shrt time cnstant), which indicate that the chargeable surce is disseminated and fine-grained. Gld mineralisatin is generally assciated with fine-grained sulphides. Hwever, in envirnments where the sulphides have been rembilised, gld mineralisatin may be assciated with carse-grained sulphides (lng time cnstant). * In particular, very high M-IP values ^ 900 mv/v) with shrt t are typically the mst favurable spectral I.P. targets. 7.2 Magnetics Survey The ttal field magnetic data are studied fr lateral changes f the strength f the magnetic field. Magnetic lws assciated with chargeability respnses may indicate a hydrthermal alteratin zne which are imprtant explratin targets. The representative cnturs are chsen t best express bth anmalus bdies and lithlgical cntacts. 8. DISCUSSIN AND RECMMENDATINS The interpretatin f the gephysical data was cmpiled in a single map (Cmpilatin Map, Plate 9) included in Appendix B. The Cmpilatin Map includes the chargeability, resistivity, magnetic anmaly znes and recmmended drillhle targets. LPVresistivity and magnetmeter anmalies have been gruped int several majr znes. These are shwn n the cmpilatin map. I.P. znes in particular have been labelled A thrugh D. A brief discussin f the I.P. znes alng with resistivity and magnetics data fllws: A zne: This well defined chargeability zne runs sub-parallel t a magnetmeter high zne likely attributable t a diabase dyke (see Cmpilatin Map, Plate 10). It als crrelates well with a resistivity high zne. Spectral parameters fr the A zne range frm M-IP^133 units l T^shrt in the sutheast t M-IP=453 units l x^ng ver shrt in the central part f the grid. These parameters are typical f fine-grained sulphide mineralizatin, pssibly within r adjecent t silicified rck. Al A A2 zne: These znes appear t extend nrthwards frm the A zne previusly described. Unlike the A zne, there des nt appear t be a direct relatinship with magnetic and apparent resistivity high znes. Spectral parameters suggests fine-grained sulphides. M-IP values are significantly higher fr bth branches - as high as 528 units at Al. The lack f sub-parallel resistivity high znes suggests that the sulphides are nt related t rck which may be silicified. 8

16 J VX B zne: This zne is similar t the A zne since it als runs sub-parallel t magnetmeter and apparent resistivity high znes. Spectral M-IP values are between 237 units and 630 units. Spectral i are shrt. These parameters are als typical f fine-grained sulphide mineralizatin. C, CI, St C2 zne: These chargeability znes exist at the nrtheast survey bundary. CI and C2 appear t be related t magnetic and apparent resistivity high znes. This is uncertain fr C due t the survey limits. D zne: This zne is quite similar t Al and A2 znes as they d nt appear t be related t magnetic and apparent resistivity high znes. Spectral M-IP values are significantly lwer - less than 302 units. Spectral i indicates fin-grained sulphide mineralizatin. Anmalus znes culd nt be identified west f L10400E because cverage is sparse.

17 J VX 8.1 Recmmendatins fr Additinal Wrk Several target areas have been identified n the Cmpilatin Map (see Plate 9). They have been priritized frm High t Lw based n factrs including chargeability, apparent resistivity, magnetics, and the prximity f each f these with each ther. Targets which have nt yet been drilled are generally given a higher pririty. All f the targets recmmended by JVX shuld be field checked gelgically and gechemically. Sme reverse circulatin drilling wrk may be helpful in further priritizing the gephysical anmalies. At least ne target has been identified fr each f the anmalus chargeability znes discussed earlier. If favurable results are acquired, these znes shuld be further investigated alng their trend. Targets identified in the western prtin f the grid (i.e., west f L10400E) shuld als be tested. If favurable results are acquired in these areas, additinal induced plarizatin is recmmended t further delineate their extent. If there are any questins with regard t the cnducting f the surveys r the interpretatin f the data, please d nt hesitate t call the undersigned at JVX Ltd. Respectfully submitted, JVX Ltd. Je;Mihelcic, B.Sc., P.Eng., M.B.A. Gephysicist S?.1 J Blaine Webster, B.Sc. President 10

18 APPENDIX A Backgrund t the Gephysical Methds

19 INDUCED PLARIZATIN AND RESISTIVITY l THE IP EFFECT The induced plarizatin (IP) phenmenn is primarily caused by: 1) electrical plarizatin at the bundary between the rck r sil and the pre fluids, and 2) electrical plarizatin at the bundary between metallic minerals (particularly sulphides) within pres and the pre fluids. This plarizatin ccurs when a current is applied acrss these bundaries. magnitude can be measured in tw ways: Its 1) in the frequency dmain (als knwn as phase IP), in which the applied current is sinusidal, r 2) in the time dmain, in which the applied current is a mdified square wave. JVX cnducts IP surveys in the time dmain because spectral analysis, a pwerful interpretive tl, can nly be perfrmed in the time dmain. Generally, the current is transmitted as a mdified square wave with a perid f eight secnds (tw secnds psitive, tw secnds ff, tw secnds negative, tw secnds ff). The vltage measured in the grund will have the frm shwn in figure IP-1. The IP effect is manifested as a rughly expnential vltage decay after the current is turned ff, similar t the relaxatin effect f a discharging capacitr. The IP receiver samples this vltage decay curve at a number f pints. The SCINTREXIPR-11 receiver repeats and averages the fllwing measurements until they cnverge: Vp The primary vltage (the steady-state amplitude f the vltage while the current is being transmitted). IP-1

20 SP m t m9 The self-ptential (the steady state vltage when n current is being transmitted). The chargeabilities (measures f the IP effect at different times alng the decay vltage curve Vs(t) ). Each chargeability value (m t m9) is the rati f the average secndary vltage ver a time windw t the primary vltage. Mathematically, this is given by: r'' m = l Vs(t) dt Vp(Vti) J t, where m = chargeability (in mv/v) Vs(t) = secndary vltage (i.e. the vltage decay) Vp s primary vltage tj = beginning f time windw tj = end f time windw The IPR-11 uses the ten time windws, als knwn as time slices, listed in table IP-1 and shwn in figure IP-2. Unless therwise stated, the term chargeability refers t the eighth time windw (m7). IP-2

21 Vp 9 SP^. w Vs(t) Figure IP-1 : The I.P. Wavefrm

22 SLICE DURATIN (msec) FRM (msec) T (msec) MIDPINT (msec) m ml m m m m m m m Table IP-1 : Time slices recrded by the IPR-11 receiver Nminal ttal receive time: 0.2.1,2.4 sec. M0-3 M4 M5 7 M, ' t 6t A Delay 6t 12t 12t 12t Windw Width /PR-11 Transient Windws Figure IP-2 : IP effect decay curve with IPR-11 time slices IP-4

23 2 SPECTRAL ANALYSIS With the ability t sample the decay curve at a number f pints, the shape f the decay curve can be analysed. This gives imprtant infrmatin abut the characteristics f the surce. Spectral analysis utilises the Cle-Cle mdel f the IP effect (Peltn et al., 1978). This mdel uses the fllwing fur parameters (described in Jhnsn, 1984) t calculate a theretical IP decay curve: pa M-IP i c Resistivity (Sim) This quantity is described in detail later in this appendix. Chargeability Amplitude (mv/v) This quantity is related t the vlume percent f the chargeable surce, althugh there is n simple quantitative relatinship. Time Cnstant (secnds) The time cnstant is related t the grain size f the surce. A shrt time cnstant (0.01 t 0.3 s) indicates a fine-grained surce. A lng time cnstant (30 t 100 s) indicates a carse-grained, intercnnected, r massive surce. Expnent (dimensinless) A high value (e.g. 0.5) indicates that the grain size is unifrm. A lw value (e.g. 0.1) indicates that there is a mixture f grain sizes. Cnventinal chargeability is a cmbinatin f these spectral parameters. A change in any ne parameter will prduce a change in the apparent chargeability. In the absence f spectral analysis, such changes are always ascribed t a change in the vlume percent f the chargeable surce, even thugh the cause may be a shiftfrmfine-grained t carsegrained material JVX has develped a sftware package called SFT n which determines the spectral parameters by cmparing the measured decay curve with a library f mdel curves. The quality f the fit is given as a rt-mean-square difference (expressed as a percentage). A lw value (e.g. l 07) indicates high quality data f medium t high amplitude. A high value (e.g. greater than 10 07) indicates pr quality r lw amplitude data. If the fit is greater than 5 07, the spectral parameters are cnsidered t be f pr quality, and therefre are usually discarded. IP-5

24 3 ARRAY CNFIGURATIN As mentined abve, a current must be flwing thrugh the grund in rder fr the IP effect t ccur. This current is applied using tw electrdes, which are called CI and C2, and the vltage decay is measured using tw ptential electrdes, PI and P2. The distance separating PI and P2 is knwn as the a-spacing, r, and generally remains cnstant during the survey. The three mst cmmn electrde array cnfiguratins are: 1) Gradient C l and C2 are lcated at an "infinite" distance (i.e. very far) frm the grid, with ne n each side. The ptential electrdes mve thrughut the grid. 2) Diple-Diple C l and C2 are separated by a distance f, and mve alng with the ptential electrdes. 3) Ple-Diple C2 is lcated at "infinity". thrughut the grid. CI mves alng with the ptential electrdes The gradient array allws fr fast recnnaissance surveys. Hwever, n depth infrmatin is btained (described belw), and the reslutin is much lwer because all f the grund between CI and C2 is energised. Furthermre, the current will be channelled thrugh cnductive znes, which culd result in inaccurate chargeability and resistivity values. Thus, great care must be used when using a gradient array. In JVX' experience, the ple-diple array is superir t the diple-diple array. Since C2 is lcated at an infinite distance, a greater vlume f grund is energised. This results in better depth penetratin (i.e. higher quality data), and is particularly imprtant in the presence f thick and/r cnductive verburden. Hwever, the ple-diple array des nt have the disadvantages f the gradient array. Since C l is lcated near the ptential electrdes, depth infrmatin is btained (see belw), and reslutin is high. 4 A-SPACING AND NUMBER F DIPLES The reslutin f the data depends n a, the electrde spacing. The smaller a is, the greater the reslutin. Hwever, the depth f penetratin is als smaller. A larger a results in greater depth, but less reslutin. Thus, bth factrs must be cnsidered when selecting the electrde spacing. The standard ple-diple array is shwn in figure IP-2. Seven ptential electrdes are used t measure the vltage simultaneusly acrss six electrde pairs (P1-P2, P2-P3, P3- IP-6

25 P4, etc.). Each pair is labelled using an integer, n, where nais the distance between the first ptential electrde and the nearest current electrde. The depth f investigatin is greater when the ptential electrde pair is farther frm the current electrde (i.e. larger n). Hwever, a greater separatin distance als results in greater signal attenuatin, limiting the number f diples which culd be used effectively. 5 RESISTIVITY The DC apparent resistivity (pa) is a measure f the bulk electrical resistivity f the subsurface. Electricity flws primarily thrugh the grundwater within fractures and pre spaces. Therefre, fault znes can be detected as lw resistivity znes. Hwever, sulphide minerals, sme xides, and graphite are als gd cnductrs and s prduce lw resistivity znes. The current flw is electrnic in these minerals rather than electrlytic as it is in grundwater. Smetimes, the gemetry f the lw resistivity zne can distinguish between a fault zne and a mineral surce. In ther cases, additinal gelgical infrmatin is needed. Silicates, the mst cmmn rck frming minerals, are very pr cnductrs f electricity, prducing high resistivity znes. The resistivity is measured simultaneusly with the IP data. Fr a hmgeneus and istrpic subsurface, it is given by the fllwing frmula: where pa = apparent resistivity (Qm) Vp = primary vltage (measured while current is n) (mv) k = k-factr (m) The k-factr is an array-dependant cmpnent. Fr a ple-diple array, it is given by: k = 2rai(n*l)a where n = diple multiple (dimensinless) a = electrde separatin (m) Althugh the assumptin f a hmgeneus and istrpic earth is unrealistic, the calculated value f pa can be used qualitatively t map changes in rck type (even t identify the rck type in sme cases), and t map lw resistivity fault znes. IP-7

26 References Jhnsn, I.M. Spectral I.P. Parameters as Determined thrugh Time Dmain Measurements, pp Gephysics 49, 1984 Jhnsn, I.M., B. Webster, R. Mathews, and S. McMullan Time Dmain Spectral IP Results frm Three Gld Depsits in Nrthern Saskatchewan. The Canadian Mining and Metallurgical Bulletin, Feb Peltn, W.H., S.H. Ward, P.G. Hallf, W.P. Sill, P.H.Nelsn Mineral Discriminatin and Remval f Inductive Cupling with Multifrequency IP. pp , Gephysics 43, 1978 IP-8

27 MAGNETIC METHD The magnetic field measured at any pint n r abve the earth's surface is a cmbinatin f: 1) the earth's magnetic field, 2) the induced magnetizatin f near-surface material, and 3) the remanent magnetizatin f near-surface material. The ttal measured field is equal t the vectr sum f the magnetic field arising frm all three factrs. 1 THE EARTH'S MAGNETIC FIELD The earth's magnetic field is similar in frm t that f a bar magnet The flux lines f the gemagnetic field are vertical at the nrth and suth magnetic ples where the strength is apprximately nt (r gammas). In the equatrial regin, the field is hrizntal and its strength is apprximately nt. This field can be cnsidered t be cnstant in space and time fr explratin surveys. 2 INDUCED MAGNETIZATIN An external magnetic field (fr example, the earth's) induces the magnetizatin f a ferrus bdy. This magnetized bdy then prduces an additinal magnetic field, knwn as the induced field, which is given by the fllwing frmula: where: I = the induced magnetic field (nt) a vectr k = the vlume magnetic susceptibility f the material H = the external magnetic field (nt) a vectr MAG-1

28 Thus, the strength f the induced magnetic field is a functin f the susceptibility f the bdy. In turn, the susceptibility is a reflectin f the cntent f ferrus minerals, mst imprtantly magnetite. Nte that the induced field is parallel t the external field. 3 REMANENT MAGNETIZATIN The remanent magnetizatin f rcks depends bth n their cmpsitin and their previus histry. Whereas the induced magnetizatin is nearly always parallel t the directin f the gemagnetic field, the natural remanent magnetizatin may bear n relatin t the present directin and intensity f the earth's field. The remanent magnetizatin is related t the directin f the earth's field at the time the rcks were last magnetized. Generally, ne can assume that there is n significant remanent magnetizatin when interpreting magnetic data. 4 DIURNAL CRRECTIN Althugh the earth's magnetic field is essentially cnstant, time-varying magnetic fields may result frm atmspheric phenmena. Fields due t magnetic strms may vary by hundreds f nanteslas in a few minutes. Therefre, it is necessary t mnitr the backgrund magnetic field cnstantly using a statinary base statin magnetmeter. The field measurements can then be crrected fr the backgrund magnetic variatin. This prcess is knwn as diurnal crrectin. 5 INTERPRETATIN Magnetic data are used t map regins f different magnetic susceptibilities (i.e. ferrus cntent). The magnetic methd cannt detect gld directly, but it can map structures which can aid in lcating areas f silicificatin and carbnizatin. When used in cnjunctin with gelgical and ther gephysical data, magnetic data can help select targets which are favurable fr ecnmic mineralisatin. MAG-2

29 APPENDIX B Plates

30 Persnal infrmall Mining Act. the Infer Questins abut Ir 933 Ramsay Lake l Instructins^ M Ministry f Nrthern Develpment and Mines - r ut - Please type r print in ink. Declaratin f Assessment Wrk Perfrmed n Mining Land Mining Act. Subsectin 65(2) and 66(3), R.S P11NE TYRELL 900 Ttansa Assessrnertt Flles"Research Imaging g, td 66(3) Rm MfHinfl^ct. Under sectin 8 f the l wrk and crrespnd with the mining land hlder. f Nrthern Develpment and Mines, 6th Flr, u ~iuim, use frm Recrded hlder(s) (Attach a list if necessary) Name Address Name ri. Address J x A L A- fr Clienl Number Telephne NumJ Fix" 2-X t - l.72). Clienl Number Telephne Number NumbeK 2. Type f wrk perfrmed: Check ( ^ ) and reprt n nly NE f the fllwing grups fr this declaratin. Wrk Type Getechnical: prspecting, surveys, assays and wrk under sectin 18 (regs) r i Physical: drilling, stripping, j j Rehabilitatin ' ' trenching and assciated assays ' ' ffice Use * f?) Cmmdity. Ttal S Value f Wrk Claimed J (0 V-S5~ Glbal Psitining System Data (if available) Twnship/Area/e NTS Reference M r G-Plan Number Please remember t: - btain a wrk permit frm the - prvide prper ntice t surfac - cmplete and attach a Statem - prvide a map shwing cntig - include tw cpies f yur tecl Mining ^ Divisin l.,- SpgeWBM nt ftjsts, 15r us mining lands that are li nical igfttf. j 4 Resident GeTgtst District as required; ig wrk; ked fr assigning wrk; MININC LANDS BRANCH 3. Persn r cmpanies wh prepared the technical reprt (Attach a list If necessary) Name ^ _ ^, Telephne Number,^/ V X c 7~Z) - ~6? wes? K/stfi^r &T'. Address Fax Number QanT 2-2 X-tc-H-fteHDfttn _ 6/v. t-4-6 /Mb* Telephne Number Name, ^ Gj 9 ^ J-73/Z- Address Name Address 4. Certificatin by Recrded Hlder r Agent Fax Number Telephne Number Fax Number RECEIVE LARDER LAKE MINING DIVISIN DEC l., d hereby certify that l have persnal knwledge f the facts set ~~ (Print Name) frth in this Declaratin f Assessment Wrk having caused the wrk t be perfrmed r witnessed the same during r after Its cmpletin and, t the best f my knwledge, the annexed reprt Is true. Signature KrJecn Agenfk Adflress r r C Pj Telephne Number Date Fax Number (>7^- 3 5 Sd 0241 (02*6*.

31 S. Wrk t be recrded and distributed. Wrk can nly be assigned t claims that are cntiguus (adjining) t the mining land where wrk was perfrmed, at the time wrk was perfrmed. A map shwing the cntiguus link must accmpany this frm. Q -j ry Mining Claim Number. r if wrk was dne n ther eligible mining land, shw In this clumn the lcatin number Indicated n the claim map. Number f Claim Units. Fr ther mining land, list hectares. Value f wrk perfrmed n this claim r ther mining land. Value f wrk applied t this claim. ** * If Value f wrk assigned t ther mining claims. ' lm i f \f- J /" 'at Bank. Value f wrk t be distributed at a future date. eg TB ha S N/A S S2,825 eg , eg r\ ^ w**4v -. 3 v H.4 *, 5w,, 6" x 7, * 8^ j y 9 " V, "?4 * ^W}0 V 11v. 12^ f 13 W 1 4 V {/I5l#te ' //^^^ ^ j/tft-7 ' M&w ' /ty~ft?4 ' ' //W& //HT-vte /'V7077 7/ ' 5 V 465- ' H*t7,/^ ' /l^ti/06 ' IWlJtfe - //nw //t?, /rt /t w i*,. I5v....,,... f,..,.,jr... ( 1 X f t 1 f f / / f t 1 2 l f S Clumn Ttals S '5/5Z. 'k?zc, S ri 4-0& ^trv 4*0-V fcr ^rz) ^-2 4#~v 4c? f ^0 tycr* #av fye-v tj- 0 f2~8 * 4&0& S4,892 * 352. * 3^4* i A- t ~ tfx^cfrfr (^1, d hereby certify that the abve wrk credits are eiigibfe Mnrter (Print FuB Name) subsectin 7 (1) f the Assessment Wrk Regulatin 6/96 fr assignment t cntiguus claims r fr applicatin t the claim where the wrk was dne. ^ s- S Signature HtecrdedJ-tmjfer r Agepf Authrized in Writing f. 6- Instructins fr cutting back credits that are nt appr RF.CEIVbU *^AWi 4 M7 jnjn A ^ iv**j* VMININC LANDS BRANCH Date f, ^/fzfall f/ f ' ^ Sme f the credits claimed in this declaratin may be cut back. Please check ( ^ ) in the bxes belw t shw hw yu wish t priritize the deletin f credits: Q 1. Credits are t be cut back frm the Bank first, fllwed by ptin 2 r 3 r 4 as indicated, d 2. Credits are t be cut back starting with the claims listed last, wrking backwards; r 3. Credits are t be cut back equally ver all claims listed in this declaratin; r Q 4. Credits are t be cut back as priritized n the attached appendix r as fllws (describe): Nte: If yu have nt Indicated hw yur credits are t be deleted, credits will be cut back frm the Bank first, fllwed by ptin number 2 if necessary. Fr ffice Use nly i - i" ^! ^ ' Received Stamp ""r* Deemed Apprved Date Date Ntificatin SenT 1596 Dale Apprved Ttal Value f Credit Apprved Apprved tr Recrding by Mining Recrder (Signature)

32 5. Wrk t be recrded and distributed. the mining land where wrk was perfrmed, must accmpany this frm. Mining Claim Number. r If wrk was dne n ther eligible mining land, shw In this clumn the lcatin number Indicated n the claim map. Number f Claim Units. Fr ther mining land, list hectares. Wrk can nly be assigned t claims that are cntiguus (adjining) t at the time wrk was perfrmed. A map shwing the cntiguus link Value f wrk perfrmed n this claim r ther mining land. Value f wrk applied t this claim. Value f wrk assigned t ther mining claims Bank. Value f wrk t be distributed at a future date. 004 eg TB ha S26, 825 N/A S S2,825 eg S eg S S ,000 54,892 //* 7//^ t x t 4 f Tyrn^ y/fj/^f ftrz? i 7 v l it 8 V f //3/9Z 10 f f " V" 1 2 X 35?l l f f GetennrlBW* ile A.w, d hereby certify that the abve wrk credits are eligible under (Print FuB Name) subsectin 7 (1) f the Assessment Wrk Regulatin 6/96 fr assignment t cntiguus claims r fr applicatin t the claim where the wrk was dne. 6. Instructins fr cutting back credits that are nt apprved JAN Sme f the credits claimed in this declaratin may be cut back. kes belw t shw hw yu wish t priritize the deletin f credits: let" 1. Credits are t be cut back frm the Bank first, fllwed by ptin 2 r 3 r 4 as indicated. D 2. Credits are t be cut back starting with the claims listed last, wrking backwards; r 3. Credits are t be cut back equally ver all claims listed In this declaratin; r 4. Credits are t be cut back as priritized n the attached appendix r as fllws (describe): Nte: If yu have nt Indicated hw yur credits are t be deleted, credits will be cut back frm the Bank first, fllwed by ptin number 2 if necessary. Fr ffice Use nly, ; ' ' ^,,.^ Received Stamp '.,.,.. "^ 7H Deemed Apprved Date Date Ntificatin Sent Date Apprved Ttal Value f Credit Apprved Apprved fr Recrding by Mining Recrder (Signature) 0241 (02/961

33 5. Wrk t be recrded and distributed. Wrk can nly be assigned t claims that are cntiguus (adjining) t the mining land where wrk was perfrmed, at the time wrk was perfrmed. A map shwing the cntiguus link must accmpany this frm. Mining Claim Number. r if wrk was dne n ther eligible mining land, shw In this clumn the lcatin number Indicated n the claim map. Number f Claim Units. Fr ther mining land, list hectares. Value f wrt perfrmed n this claim r ther mining land. Value f wrk applied t this claim. Value f we* assigned t ther mining claims. i Bank. Value f wrk t be distributed at a future date. fr 00 4 eg TB ha S N/A S2.825 eg S24,000 eg S 8, 892 S 4, f X f 800 /'e /f Z? j-^z- 7 Z L 9 Lffij (Print Fufl Name) subsectin 7 (1) f the Assessment Wrk Regulatin 6/96 fr assignment t cntiguus claims r fr applicatin t the claim where the wrk was dne.,f Signature f R gent Authrized in Writing RlfCEIVEp 6. Instructins fr cutting back credits that are nt apprved. ^ LANn^ RR Sme f the credits claimed in this declaratin may be cut back. Please check ( s ) in the bxes belw t shw hw yu wish t priritize the deletin f credits: "" 1. Credits are t be cut back frm the Bank first, fllwed by ptin 2 r 3 r 4 as indicated. Q 2. Credits are t be cut back starting with the claims listed last, wrking backwards; r Q 3. Credits are t be cut back equally ver all claims listed in this declaratin; r D 4. Credits are t be cut back as priritized n the attached appendix r as fllws (describe): r-s- S. Nte: If yu have nt indicated hw yur credits are t be deleted, credits will be cut back frm the Bank first, fllwed by ptin number 2 if necessary. Fr ffice Use nly Received Stamp Ttal Value f Credit Apprved (02/98)

34 ntari Ministry f Nrthern Develpment and Mines Ministers du Develppement du Nrd et des mines Statement f Csts fr Assessment Credit (hat des cqts aux fins du credit devaluatin Mining Act/Ll sur les mines Transactin N./N" de transactin 2,17004 Persnal infrmatin cllected n this frm Is btained under the authrity f the Mining Act. This Infrmatin will be used t maintain a recrd and nging status f the mining clalm(s). Questins abut this cllectin shuld be directed t the Prvincial Manager, Minings Lands. Ministry l Nrthern Develpment and Mines. 4lh Flr, 159 Cedar Street. Sudbury, ntari P3E 6A5. telephne (705) Les renselgnemenls persnnels cnlenus dana la presente frmula ent recuelllis en vertu de la Ll sur les mines et servirnt a tenlr a jur un reglstre des cncessins mlnieres. Adresser lute quesltn sur la cllece de ces renseignements au chef prvincial des terrains mlnlers, mlnlstere du Develppement du Nrd et des Mines, 159. rue Cedar, 4' etage. Sudbury (ntari) P3E 6A5, telephne (705) Direct Csts/CQts directs Typ. Wage* Salalres Cntractr's nd Cnsultant's Fees Drlls d* ('entrepreneur t d* I'expertcnss-ll Supplies Used Furnltures utlllsees Descriptin Labur Main-d'euvre Field Supervisin Supervisin sur le terrain Type /sne.-ctt./ft'i* A'fa'itu/cmeJ?'' -l"-. ^ fisiwey Type r Amunt Mntant *s*z/ 3-sw Z597 it.&s Ttals Ttal glbal / 2V SSj 2. Indirect Csts/Cuts Indlrects * * Nte: When claiming Rehabilitatin wrk Indirect csts are nt allwable as assessment wrk. Pur le rembursement des travaux de rehabilitatin, t* cuts indlrects ne snt pas admissibles en tant que travaux devaluatin. Type Transprtatin Transprt Pescriplin *lt- l-tctf.t-47- s *x C6^l4.f)'Zt L7~f' f Ctia^c-j i Amunt Mntant Ttals Ttal glbal Equipment Rental Lcatin d* materiel Type Ttal Direct Csts Ttal des cuts directs?4i*j Fd and Ldging Nurrlture et Mbergement Mbilizatin and Dembilizatin Mbilisatin et dembilisatin /w Sub Ttal f Indirect Csts Ttal partlel des cuts Indlrects Amunt Allwable) (nt greater than 20H f Direct Csts) Mntant admissible (n'excedant pas 20 H dss cats directs) Ttal Value f Assessment Credit (Ttal f Direct and Allwable Indirect enitil Valeur tuts du credit devaluatin ftld dn ctitf direct* tl Indirect* admlmlm** /53V /53y /y 5v i*4 :'4cS5 Nt*: The recrded hlder will be required t verify expenditures claimed 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 all r part f the assessment wrk submitted. Filing Discunts. ( 1. Wrk filed within tw years f cmpletin Is claimed at l'vt f the abve Ttal Value f Assessment Credit. 2. Wrk filed three, fur r five years after.cmpletin is claimed at 5044 f the abve Ttal Value f Assessment Credit. See calculatins belw: Ttal Value f Assessment Credit x 0.50 Ttal Assessment Claimed Nte : Le tltulalre en le present eta effet. Si la ver u une partle Remises pur (K des travaux devaluatin preserves JAN )6t MININP LAND? 33AMCU ne demande a eel e put rejeter tut achievement snt remburses A100 4b de la valur ttate susmentlnnee du credit devaluatin. 2. Les travaux depses trls. quatre u cinq ans apres leur achievement snt remburses a 50 tb de la valur tlale du credit devaluatin susmentinne. Vir les calculs cl-dessus. Valur ttale du credit devaluatin x Evaluatin ltale demand** Certificatin Verifying Statement f Csts l hereby certify: that the amunts shwn are as accurate as pssible and these csta were Incurred while cnducting assessment wrk n the lands shwn n the accmpanying Reprt f Wrk frm. Attestatin de I'ltat des cuts J'atteste par la presente : que les mntants indiques snt le plus exact pssible et que ces depenses nt ete engagees pur effectuer les travaux devaluatin sur les terrains indiques dans la frmule de rapprt de travail ci-jint. that as (Recrded Hldat, Agent. Psitin In Cmpany). l am authrized Et qu'a litre de je suis autrise (titulaiie emeglstri, repiesenlanl. pste ccup* dan* la cmpare) t make this certificatin faire cette attestatin. 0717(04191) Nta : Dans celte lrmule, lrsqu'il deslgne des persnnes, le masculin esl utilise au tens neulia.

35 CL-HLDR.LST Gldevc Grup Recrded Claim Hlder; Gldeye Explratins Ltd. 60 West Wilmt, Unit 22 RICHMND HILL, N. L4B 1M6 Tel: Client # Fax: Lenard Twp MacMurchv Twp Tyrrell Twp Tyrrell Tp (cni 1 d) * Tyrrell Tp (cni 'J) V r l i l LS: Tyrrell Tp (cnt'dj RECElVE-r JAN t- L S*VUMDSB*AN Page 2 f 2

36 CL-HLDR.LST Addendum t Reprt f Wrk Recrded Gaim Hlders Hydr Creek Grup Recrded Claim Hlder. Mr A.A. Lacarte l Lake St. GWGANDA, N PJ1J Tel: Client # Claim # Hare Lake Grup Recrded Claim Hlder R. G. Kmarechka 573 Haig St Apt #1 SUDBURY, N; P3C4N3 Tel: &73 iclientft 15316* Recrded Claim Hlders: Mr. A.A. Lacarte Address abve. Se, Mr. R. MacCallum 6 Queen St Bx 754 ENGLEHART, NT, PJ 1H Tel: :jClienl#, Claim # Recrded Claim Hlder; Haddingtn Resurces Ltd. 11th Flr West Hastings St. VANCUVER, BC V6C2X4 Tel: Fax: Client* Claim # Tyrrell Tp Recrded Claim Hlder BHP Minerals Canada Ltd. 33 Ynge St Ste 610, Trnt, N. M5E 1G4 Tel: Fax; Client N * Claim # TyrreUTp Tyrrell Tp Tyrrell Tp RECEIVED JAN '.AND? Page 1 f 2

37 Ministry f Nrthern Develpment and Mines April 28, 1997 Ry Spner Mining Recrder 4 Gvernment Rad East Kirkland Lake, N P2N 1A2 Ministere du Develppement du Nrd et des Mines ntari Gescience Assessment ffice 933 Ramsey Lake Rad 6th Flr Sudbury, ntari P3E 6B5 Telephne: Fax: (705) (705) Dear Sir r Madam: Subject: Transactin Number(s): W Submissin Number: Status Apprval After Ntice We have reviewed yur Assessment Wrk submissin with the abve nted Transactin Number(s). The attached summary page(s) indicate the results f the review. WE RECMMEND YU READ THIS SUMMARY FR THE DETAILS PERTAINING T YUR ASSESSMENT WRK. If the status fr a transactin is a 45 Day Ntice, the summary will utline the reasns fr the ntice, and any steps yu can take t remedy deficiencies. The 90-day deemed apprval prvisin, subsectin 6(7) f the Assessment Wrk Regulatin, will n lnger be in effect fr assessment wrk which has received a 45 Day Ntice. Please nte any revisins must be submitted in DUPLICATE t the Gescience Assessment ffice, by the respnse date n the summary. NTE: This crrespndence may affect the status f yur mining lands. Please cntact the Mining Recrder t determine the available ptins and the status f yur claims. If yu have any questins regarding this crrespndence, please cntact Bruce Gates by at gates- b@trv05.ndm.gv.n.ea r by telephne at (705) Yurs sincerely, RIGINAL SIGNED BY Rn C. Gashinski Senir Manager, Mining Lands Sectin Mines and Minerals Divisin Crrespndence ID: Cpy fr: Assessment Library

38 Wrk Reprt Assessment Results Submissin Number: Date Crrespndence Sent: April 28, 1997 Assessr: Bruce Gates Transactin First Claim Number Number Twnship(s) l A rea(s) Status Apprval Date W TYRRELL Apprval After Ntice April 19, 1997 Sectin: 14 Gephysical IP 14 Gephysical MAG The 45 days utlined in the Ntice dated March 5, 1997 have passed. Assessment wrk credit has been apprved as utlined n the attached Distributin f Assessment Wrk Credit sheet. Page: l Crrespndence ID: 10760

39 Wrk Reprt Assessment Results Submissin Number: Crrespndence t: Mining Recrder Kirkland Lake, N Resident Gelgist Cbalt, N Assessment Files Library Sudbury, N Recrded Hlder(s) and/r Agent(s): A. W. Beecham HAILEYBURY, NTARI, CANADA ARCHIE ALBANY LACARTE GWGANDA, ntari RBERT GERALD KMARECHKA SUDBURY, ntari RBERT MACCALLUM ENGLEHART, ntari HADDINGTN RESURCES LTD. VANCUVER, B.C. BHP MINERALS CANADA LTD. TRNT, NTARI P age: 2 Crrespndence ID: 10760

40 Distributin f Assessment Wrk Credit The fllwing credit distributin reflects the value f assessment wrk perfrmed n the mining land(s). Please cntact the Mining Recrder t determine if this affects the status f yur claims. Date: April 28, 1997 Submissin Number: Transactin Number: W Claim Number Value f Wrk Perfrmed , , , , , , , , , , Ttal: 3 2 0, Page: l Crrespndence ID: 10760

41 Naturcii " Resurces N r'ttiefn" Develpment and Mines -?fi L I220379J I2I9427 SHIS J - -'/r- INDEX T LAND DISPSITIN G-3725 TWNSHIP TYRRELL r7~-~ - ~ PA'LC"--: i,r JAN ID w M.N.R. ADMINISTRATIVE DISTRICT 4 KIRKLAND LAKE MINING DIVISIN LARDER LAKE LAND TITLES/REGISTRY DIVISIN CM i '^ --h - "' ~' ^ Crttur interval 10 Metres W.1^ ~ \ tj'pienft 1 '* It 609 NH^IPPS 1224^11 J: - ^-^--\ i -c- -^~^. l " l 1221^/3 l lz-2j&24.g 59 icy ;. ^ i - AREAS WTTHDRAWN FRM DISPSfTIN MR - Mining Rights nly SR - Suffc* Rights - MWnt anjsurfvp J ' I67SH i -w.h SYMBl 5 Descriptin rder N. Date Dispsitin File W-L-58/9G NER SEPT 17/96 SR ARCHAELGICAL SITE B j jl22367 L,.v^j 1223^0 Bundary Administrative Twnship, Meridian, Basel Rad allwance: su shre Lt/Cncessin; Parcel; surve unsu Right-f way; Cliff, Pit, Pile 1,03999 ^4000 a.^^u l ( r ^-F--4~ Cntur..... nterplated.... Apprximate..... Depressin... Cntrl pint (hrizntal).. Flded land Mine shaft ----"" i _.-.- 7/97 i -,.... Pipeline (abve grund).. Railway; single t rac* duble track J^ - X-r /'... abandned. River/Stream'/Creek.?L1622. ^JlCgj Intermittent Rad; highway, cunty, twn access.. -'r [ trail, bush.. linc (riginal).... issin line.... Wded area... 42S9 l ID B351 ; ' ' A L 3T3475. s... ' f J-' DISPSITIN F LANDS Patent Surface A Mining Rights Surface Rights nly Mining Rights nly ^ Lease Surface Se Mining Rights Surface Rights nly. Mining Rights nly.. """^""" Licence f ccupatin rder in Cuncil.. Cancelled Reservatin Sand isc Gravel.... Land Use permit THE INFRMATIN THAT APPEARS N THIS MAP HAS BEEN CMPILED FRM VARIUS SURCES, AND ACCURACY IS NT GUARANTEED. THSE WISHING T STAKE MINING CLAIMS SHULD CNSULT WITH THE MINING RECRDER MINISTRY F NRTHERN DEVELPMENT AND MINES, FR ADDITINAL INFRMATIN N THE STATUS 0^ THE LANDS SHWN r-ere: CIRCULATED AUGUST 15/96 ARCHIVED SEPT 17/96

42 LJ 10 ) LJ ( ) LJ r-- ) LJ 00 en ) ) LJ LJ UJ in u ( UJ 00 LJ ) u UJ N N N N t * l l l l l l l l t- *- *- l l t t l 9900 N f. W* R E C E S V E D JAN l , 9800 N MINING LANDS BRANCH 9700 N 9600 N 9700 N 9600 N HADDINGTN RESURCES LTD. SHINING TREE AREA - DRILLHLE GRID TYRRELL TWP., NT. N.T.S. 41 P/ll ^^^-^-^ - TTAL FIELD MAGNETIC CNTURS CNTUR INTERVALS: 100 tt 500 nt REL. LW: v REL. HIGH: * BASE LEVEL : nt SURVEYED BY JVX LTD. USING SCINTREX IGS-2/MP-4 MAGNETMETER WINTER M ut ID en Ul t LJ C ) LJ? LJ in LJ ( LJ LJ 00 LJ ) LJ UJ PLTTED BY A.S. JULY 1995 METRES SCALE 1 :2500

43 m en UD en r-- CD 00 ) en en 10 (D E E E E 9900 E 9800 E 2*17004 R E C L i V E D JAN i 4!997 MININC LAW; rip'vnc 41P11NE TYRELL E 9600 E 9700 E 9600 E HADDINGTN RESURCES LTD. SHINING TREE AREA - DRILLHLE GRID TYRRELL TWP., NT. N.T.S. 41 P/ll.^^^ ^^^- TTAL FIELD MAGNETIC PRFILES PRFILE SCALE : l cm rep. 250 nt PSITIVE WESTWARDS BASE LEVEL : nt SURVEYED BY JVX LTD. USING SCINTREX 1GS-2/MP-4 MAGNETMETER WINTER 1905 s M en N en en ) en in ) PLTTED BY A.S. JULY 1995 METRES SCALE 1 :2500 PLATE 2

44 in ) u i! ) in 8 u g Id ) LJ LJ 1300N 1300N 1200N 1200N N l N 900 N R E CE 8 V E D BN f JAN f MINING '.AMDS BRANCH 41P11NE TYRELL N 700 N HADDINGTN RESURCES LTD. SHINING TREE AREA - DRILLHLE GRID TYRRELL TWP., NT. N.T.S. 41 P/ll CHARGEABILITY (m?) CNTURS (n-2) CNTUR INTERVALS : l * 5 mv/v REL. LW: * REL. fflgh: * 600 N 8 in ) ) 8 UJ 8 UJ Ul UJ 8 l 600 N SURVEYED BY JVX LTD. USING SCINTREX IPR-11 Rx ; IPC-7/2.5 kw Tx WNTER PLTTED BY A.S. JULY 1995 METRES SCALE 1:2500 PLATE 3 JVX r*f. n. 9607

45 in w UJ ) UJ 8 LJ 8in UJ 8 ) UJ 8 uj N 1200N N 1000N 900 N 2,17004 RECEIVED JAN BN '.AMDS RANCH 41P11NE Q04TYRELL N 700 N HADDINGTN RESURCES LTD. SHINING TREE AREA - DRIUflLE GRID TYRRELL TWP., NT. N.T.S. 41 P/ll^-^^ ^^-^ RESISTIVITY CNTURS (11=2) CNTUR INTERVALS : 1000 St 5000 hm m REL LW: * REL. HIGH: * 600 N 8 in ) s 01 ) UJ s S s R UJ s UJ LJ 600 N SURVEYED BY JVX LTD. USING SCINTREX IPR-11 Rx ; IPC-7/2.5 kw Tx WINTER 1995 B METRES PLTTED BY A.S. JULY 1995 SCALE 1:2500 PLATE 4 JVX rt n. 0607

46 Hare Uke Vv -- L 10,000 N i...*-. C L 10,000 N 1.1*00 HADDINGTN RESURCES LTD. SHINING TREE AREA Tyrrell Twp., ntari NTS 41P/11 PSITIN F THE DRILLHLE GRID N TP F THE E-W GRID Surveyed by JVXLtd. Winter 1996 Scale 1:2500 PLATES

47 01 0) 01 (D t wed:? Sji is III l,,v; BN 875N TN TUN 790N 77SN BN UBN MN S78N MN MSN MN ttsn 10UN 1090 N 1075 H 1100 N 1118 H 1180 H 1179 N 1100 M 1128 N 1190 M 1179 N " * s ;*a f Vsp * 3.00 Y\..03.s (.s S*T~^SM m fja M^ J r/ rtrvxi.01 M M M M ~JI M.03 J rt*.03 d -a as J, i: ^ ' h MN *TBN TN 72BN 7SN TTSN MN H8N MN M 11*4 11U 1000 M 10M H 1050 N 1071M 1100 H HUM 1180 M 1178 M UBM IHflH 1HH 1X78 M JM 11*4 *1J imt 11M ^ -1lM ^WM^ 1MJ Ul. ( CM w**; MN I79N TN 7SBN TN 77SN WN KSN MN I7BN (N MSN MN *7IN 1000 N 10KN 1MN107SN 1100 N 111BN 1180 N 1178 N MN U2SN 1180 N 1Z7IN (MM tttn M X 10MN 1MM 107* H HK 11MH 1180 H 1171M UPN UMM 1MN 1179 N L l l l. PLATE 6

48 - Haddingtn Resurces Ltd. Tyrrell Twp., nt. ^^ LIKE NUMBER 10,000 BAST IV D SCINTREX PR-11 RBCDVKR Tt PULSE HUB: 2.0 SBC PQLX-DIPLB ARRAY RECEIVE TIME: 2.0 SBC TRAV. DIRBCnN: NRTH CI PSITIN: TRAILING 8CALB 1: 2500 SUE 8 (UT) HESBWTY/I r Haddingtn Resui ces Ltd fyrrell Twp., nt. 'A': 26.0 METRES W-l T SdNTRBX IPR-11 EBUUVER TX PULSE TIME: PLE-DIPLE ARRAY R0 TRAV. DIRECTIN: NRTH Ci PSITIN: MM SUCEi (M7) HEanvnv /iq SBC 2.0 iww r TRAILING Haddingtn Resurces Ltd. Tyrrell T i* nw, 25.0 METRES H-l T 6 A": SC1NTKBZ IPR-11 KBUUVBR TX PtH^K Tff: 2.0 SBC PLB-mPLB ARRAY RECHVK T: 2.0 SBC TRAV. DIRECTIN: NRTH CI PSITIN: TRAILING SCALB 1: 2500 f CLS-CS TT (HV/V) Haddingtn Resurces Ltd. LINE 25.0 METRES 9900 EAST N-l T 6 3U1NTKKX IPR-11 RECXIVER TX PULSE TIME: 2.0 SEC PLE-DIPLE ARRAY RECEIVE TIME: 2.0 SEC TRAV. DIRECTIN: NRTH CI PSITIN: TRAILING SCALE 1: 2500

49 Haddingtn Resurces Ltd. Tyrrell Twp., nt. UNE NUMBER: 11,100 CAST 'A*: 28.0 METRES N-l T 6 QNTREX IPR-11 RECEIVER TX PULSE TIME: 8.0 SBC PLE-DIPLE ARRAY RECEIVE TQflt: 8.0 SK TAY. DIRECTIN: NRTH CI PSITIN: TRAILING Haddlxuttn Resurces Ltd. Tyrrell., nt. LINE 11,000 EAST 26.0 METRES N-l T 6 SCINTRBX IPR-11 RECEIVER TX PULSE TIME: 2.0 SEC PLE-DIPLE ARRAY RECEIVE TIME: 8.0 SEC TRAV. DIRECTIN: NRTH CI PSITIN: TRAILING 1: 2600 HaddlMtn Resurces Ltd. Tyrrell nt. UNE WB6BAST A": 26.0 N-l T 6 SCINTREX PR-11 *ER TX PULSE TIME: 2.0 SEC PLE-DIPLE ARRAY RECEIVE TIME: 8.0 SEC TRAY. DIRECTIN: NRTH CI PSITIN: TRAILING SCALI 1: 2600 Haddingtn Resurces Ltd. Tyrrell., nt. UNE EAST 26.0 METRES SCINTREX IPR-11 RECEIVER TX PULSE TIME: 2.0 SEC PLE-DIPLE ARRAY RECEIVE TIME: 2.0 SEC TRAV. DIRECTIN: NRTH CI PSITIN: TRAILING 1: 2600 Haddingtn Resurces Ltd Tyrrell nt. UNE 10,700 EAST A': 26.0 N-l T 6 SCINTREX IPR-11 RECEIVER TX PULSE TUB: 2.0 SEC PLE-DIPLE ARRAY RECEIVE TDJE: 2.0 SEC TRAV. DDBtcnN: NRTH CI PSITIN: TRAILING SCALE 1: 2600 Haddingtn Resurces Ltd. Tyrrell Twp., nt. UNB NUMBER:.600 BAST 'A*: 26.0 METRES N-l T 6 SCINTREX IPR-11 RECEIVER TX PULSE TIME: 2.0 SEC PLE-DIPLE ARRAY RECEIVE TQIE: 2.0 SEC TRAV. DIRECTIN: NRTH CI PSITIN: TRAILING 1: 2600 Haddmgtbn Resurces Ltd. Tyrrell UNB "A": 26.0 METRES SCTTREX D7R-11 RECEIVER PLE-DIPLE ARRAY TRAV. DIRECTIN: WWW nt EAST N-l T 6 TX PULSE TIME: 2.0 SEC RECEIVE Tt 2.0 SEC CI PSITIN: TRAILING 2600 Haddingtn Resurces Ltd. Tyrrell Twp., nt. LINE NUMBER: 10,400 EAST 'A': 26.0 METRES N-l T 6 SCINTREX IPR-11 RECEIVER TX PULSE TIME: 2.0 SEC PLE-DIPLE ARRAY RECEIVE TIME: 8.0 SBC TRAV. DIRECTIN: NRTH CI PSITIN: TRAILING 2600 s gn 41P11NE TYRELL 280

50 Haddinglbn Resurces Ltd. Tyrrell Twp., nt. UNB NU1IBBR: t1,100kast T: 25.0 UBTRES N-l T e srnac IPR-II RKVIR n PULSE TUB: 2.0 aec PLE-DIPLE ARRAY RECBVX TIME: 2.0 SBC TEV. MRKTIN: NRTH CI PSmN: TRAILING SCALE 1: 2600 f CQL-CU V (MV/V) IP TAU (SEC) at u *. u M Haddingtn Resurces Ltd. Tyrrell Twp., nt. UNB NUMBER: 11,0001 EAST "A" 26.0 METRES N-l T 6 SCINTRBX IPR 11 RECEIVER TX PULSE TIM*!' 2.0 SST PLE-DIPLE ARRAY RECEIVE TIME: 2.0 SBC TRAV. DIRECTIN: NRTH CI PSITIN: TRAILING 1: 2600 r CLE-CLE if (uv/v) a w P TAD (SK) f bi Haddingtn Resurces LtdT Tyrrell Twp., nt. UNB NUMBER. 10,900 EAST "A": 86.0 METRES N-l T 6 SCINTREX IPR-11 RECEIVER TX PULSB TUB: 20 SEC PLE-DIPLE ARRAY RECEIVE TIME: 2.0 SBC TRAV. DIRECTIN: NRTH CI PSITIN: TRAILING SCALE 1: 2600 CLE-CLE v (MV/V) IP TAU (SEC) 01 (d *. w Haddingtn Resurces Ltd. Tyrrell Twp., nt. UNX NUMBER: 10,800 EAST 'A' 26.0 METRES N*l T 6 SCINTREX IPR-11 RECVER TX PULSE 7WE: 2.0 SEC PLE-DIPLE ARRAY RECEIVE TIUE: 2.0 SBC TRAV. DIRECTIN: NRTH CI PSITIN: TRAILING SCALE 1: 2600 f CLE-CLE M* (MV/V) WU (SEC) Haddjhgtn Resurces Ltd. ~ tyrrell Twp., nt UNX NUMBER: 10,700 EAST 'A': 26.0 MRTRKS N-l T SCINTREX IPR-11 RECEIVER TX PULSE TIME: 2.0 SEC PLE-DIPLE ARRAY RECEIVE TUB: 2.0 SEC TRAV. DIRECTIN: NRTH CI PSITIN, TRAILING SCALE 1: 2600 u-cau f TAU (SEC) m *. Haddingtn Resurces LtdT Tyrrell Twp., nt. UNK NUMBER: 10,600 EAST "A" 260 METRES N-l T 6 SCINTREX IPR-11 RBCEIVKR TX PULSE TIME: 2.0 SEC PLE-DIPLE ARRAY RECEIVE TIME: 2.0 SEC TRAV. DIRECTIN: NRTH CI PSITIN: TRAILING SCALE 1: 2600 CLE-CLE V (UV/V) TAU (SEC) Haddingtn Resurces LtdT Twrell., nt. UNX 10,500 SAST *A": 26.0 UETRKS N-l T 6 SCINTREX IPS-11 KECEIYEK TX PULSE THtE: 2.0 SEC PLB-PZPUC ARRAY RECUV1 TQffi: 2.0 SEC TRAV. DIRECTIN: NRTH CI PSITIN: TRAILING SCAli 1: 2600 f CLE-CLE "VT (MV/V) IP TAU (SEC) Haddingtn Resurces LtdT Tyrrell.. nt. LINE 10,400 EAST "A": 26.0 METRES N-l T 6 SCINTREX IPR-11 RECBVXR TX PULSE THE: 2.0 SEC PLE-DIPLE ARRAY RECEIVE T.: 2.0 SEC TRAV. DIRECTIN: NRTH CI PSITIN: TRAILING SCALE 1: 2600 CLE-CLE V (MV/V) r nw (SEC) a u *. w M 9 3 S a fefc 9 9 S X "\ C^y W 3 r- l \i fs' 's 8 a, 3.3 ' ; I 3 JL/'V i f? - l l l l i! -S l 8 b i l P J 9 v I Si V w \ ~" Se V X. t -fc. *^ s* V) ~ ^ b 8 t* z i z ^ 3 z gz g z i z z i g z 5 a s 8 pv s 3\ )z s T i P -* w 8 9, S 9 A b 9 -/"*x. 8 ( 3\ *? /e ~/ m 8 S e e ( B S " f B - 8 K z a z^ S z g z g z g z s z i z i z \ 41P11NE M TYRELL 290