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42*eiswee56 e.9354 HOLMES 010
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HELICOPTER GEOPHYSICAL SURVEV
IN THE HOLMES, FLAl/ELLE AMD CAIRO TOWNSHIPS, ONTARIO.
FALCON8RIPGE LTP.
RECEIVED'APR 28 Wbb
(MINING LANDS SECTION
bt/
GEOPHYSICAL SUWEVS I NC. 2272 L&n Ho/tmel,
, Q.UE. GJN 4L2.
MARCH 1 986
2.9954 HOLMES 010U
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1 TABLE OF CONTENTS
" 1 . I NTRODUCTION
2. PATA PRESENTATION
l 3. INTERPRETATION OF THE ELECTROMAGNETIC DATA
l 4 . G ENERAL INTERPRETATION
l 5. DESCRIPTION OF THE GEOPHYSICAL INSTRUMENTATION
5.J The REXHEM-4
l 5.2 The vv&LtoJi magnetic. gtiadiomeA
l 6. DESCRIPTION OF THE ANALOGUE CHARTS
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J. INTRODUCTION
Ge.opky&lc.al SuA.ve.y6 Inc.. cawile.d oat a hettcopteA-boAne ge.ophyAlc.al i uAvet/ o {, 394 -ttne kllomet/ieA In the. Ho-Cmei, flavelle. and CaiAo Town6htp6 o(J Ontario (JoA falconbridge. Ltd. In FebAuoA// 79*6.
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2. PATA PRESENTATION
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Tne iinei uteAe spaced J 0 0 metre* apaAt. Tne A urvty oA.ea -ci ^nowJn on tne tndex map (jJtguAe /.J) and WOA ({^own w/ith the REXHEM-4 A yttem combined w-ith a gAad-tometeA. ^OA. meaiuAe- ment o^ the ueAticaC magnetic gAadient.
The REXHEM-4 tnit^ttmentatton -tnc-Cadei an EMEX-J j}Aom Geo- tech Ltd., a l/LF it/Atem TOTEM- 2A ifAom HeAz Inda6fu.e6 Ltd., and a digital data ac.qiuAition 4yAte.m jjAom Sonotefe Ltd. FOUA patA6 0(5 coxX6 a/te tn6 tasted tn the EMEX-/ b-ctd A heJtl; tivo paiM aAe tn a ^tandoAd veAtx.ca^ coaxxta^ con^uAatton and the -iwo o theM aA.e -tn a horizontal cpp-tanoA. co tton. The tstan&mltting (jAequencx,e4 ate 639 and 4/50 Hz J(OA the cjo-OKial, 9 00 and 5000 Hz ^OA the cop^anaA
The eiecfLomagnettc co-c-Ci mounted -tn a btAd ihe^d o^ B metneA In Jtength weAe towed 30 metAei b eJLow the. heJUc.opte.tL at an average, height O jJ 30 mefiei above gA.ound.
The two gAodtometeA 4en4oA4, vertically 2m apaAt, /tnita^ed at a height oft 6 metAe6 above the cZect'iomagnetic btAd. The total magnetic, fileld ({Aom the. lovoeA, and uppeA ienioAi and the veAtx,caC magnetic. gAadtent weA.e A.ecoAded b[/ thAee l/- 200 Scmfiex ce6-cum vapouA. magnetometeAA .
The total fileld and the. quadrature, component o ft the, VLf electromagnetic ileJtd weAe AecoAded *lmultane.ouAly firom-two itotconi - NAA Qutler, Maine, and NSS Annapo-ttA,-Cand.
The data processing and Interpretation were, done. In Quebec on a PPPH/70 computer and a Zeta drum
The mapi at a Aca-Ce o f, J :5,000 accompanying th-M AepoAt
the Isomagnetic, canton** o (5 the tota^ fileJld;
the. Isomagnetic, contour* o j{ the veAticat magnetic.Q fi (TfiA O V\jt *
the. total faietd and quadsiatuAe. picrite* o (J the. VLf-EM;
the. in-phase, and quadnatuAe. pno^ites oft the. eJte.ctAoma- I gnetic. ^ield tecoided at 4150Hz.
The. App-ticon coloi map* o (J the, total ^ieM and the. veAtical
1 magnetic, gradient weAe. produced at a scale, ofi 1:10,000. -
S. INTERPRETATION Of THE E LECTROMAGNETIC PATA
We have.n't jjound any anomaly tveJtate.d to a b edtocfe conducto-t.
8 The electromagnetic ^e^d ^eco^ded tftom the, ^OUA jJ/ieqttencieAeJte.ctAomagnetic. system and the. fao ^e^aencie6 ojj /the V Lf-EM
vm system ib -tested to a conductive o veAbuAde.n.
These, wide, anomalies have, tow conductivity-thickness values and most 0& them weAe. /Leco/ided oveA takes.
m The. presence o^ magnetite ha* cauied iome ^eveA6a^A o (J the.in-phase, component bat these, anomalies vieAt not retained jjo^t
M investigation b ecause the amplitude, O jJ ihe quadAatuAe. compo nent wa4 ^oo weafe.
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4. GENERAL INTERPRETATION
The. EM conductor panameteM, apparent conductance, and conductor depth are defined by a computer- baAed inter pretative. pn.oce.dune. uAing the. gnaphic terminal model 4052 finom Tektronix Ltd.
The. model uAed iA the. vertical thin Aheet (figure 4.1). The, EM anomalieA one. picked on the. Acreen by the. geo physicist with a cunAor and the. conductor panameteM, conductivity- thickneAb, depth, and location one. auto matically calculated and Atoned on a coAAette fan later tnanAmiAAion to the. main computer and plotting ofi theAe anomalieA.
The. appane.nt conductance. obtaine.d in thiA way iA the. pnoduct ofi the. eZe.ctnicat conductivity and average, thick- neAA.
The, beAt conductivity-tfiickneAA pnoduct appnoximationb one. made, ^nom the. Atsionger anomaly neAponAeA, where&A weaker anomatieA o^ teAA than 3 ppm, the. appnoximation iA leAA valid. U^uaUy the. mhoA calculation fan e.ach conducton iA a good diA criminating parameter. Depth eAtanated to the topA o fi the conductonA Ahould, however, be treated with caution OA the geometry and Atnength o fi the anomaly one critical in thiA appnoxMnation.
overbundenA have apparent conductance^ lower than 4 mhoA and otAo have very weak bedrock conductonA and "Atnuctunal conductor*" Auch OA unmineralized fiaultA and AheasiA.
Qndinanily, the overburden conductonA are eaAily di&tin- guiAhed finom theAe bedrock and Atnuctunal fieatuneA by the AhapeA ol their neApon&eA. The overburden conductor* are identified by the Aymbol 'X' on the electromagnetic anomalieA map but, when the anomaly cannot be related with confidence to an overburden neApon&e, the X iA put in a circle. [See the legend o j( the electromagnetic anomalieA map. }
Poor to moderate conductance (4 to 20 mhoA) may originate finom maAAive AulphideA ifi they are not well connected on ifi they one o fi a po on- conducton vaniety Auch OA pyrite on galena.
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M u MMC i MOHAI* umiTuoc lw*)
04AMAWMC K HUN PNAIOA OIAMAM
FIG.4.1 P HASOR DIAGRAMS-VERTICAL HALF-PLANE
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A Attong conductance highest than 20 mho* .indicate* conneeted mlneAotlzatlon extending throughout a painty tatiQt tegton. ThiA o tften 4ugge6t6 eithet g/iapfutic zone* on matt&lve.
When long conductor without magnetic co/tAeCation a/te located on 01 pa/uttC&C to fenown fiautte on. photographic. tlnzanA, graphite. *U* mott UkeJfy the. caaAe. IX: -iA un fortunate that graphite. can atio occa^ 06 a ^e^ttve^/
conductor and produce at&ia.ctive.-took'ing anoma^teino O^ICA ^.n^o-^naiton ^nan X/ie axAbo^ne 4e6u^t6,be examined on ;tfie g/iound.
An EM anoma^ w/ttn a magnetic c.owieAation may b e caaied by a conducxtoi wn^c/i *ti atbo magnetic, oh, by a conductor
nea*. a magnetic body.
Tne majority oft conductor w/u-c/i aA.e a&o magnetic cantalnwig pywhotUe. and/ oh. magnetite.
Conductive and magnetic bodies -in ado6e oAAoeiation a/ie 0(Jten Qha^hUji and magneti-te. It -ci uAua^/ ueA.t/ to di6tingtu4n between ca6e6.
When tne conductor ,^66 A &wngfy magnetic, tne mptitu.de. o (J tne -in-pnoAe EM anomaly -i6 weakened and, -ifj the conductiv-ity ^6 atio weafe, the -in-pha6e EM anomaty may even be ^evewed -in 4-ign. The* e anomaJLies ate /indicated by the -CetteA 'M 1 tn6tde a cttcuXe on the electromagnetic anoma^iei map.
Contact zone* can Ojjten be predicted when anomaty ttend6 coincide u)tth the ^inei 0)J max^anum gradient atong a magnetic anomaty.
The. chatacte^tic ^teiponAe cat.ve 0(5 the coptanai oveA a thin conducto-t (minimam OVCA the conducto-t MJith adjacent peak*) t6 pa*it*icutafily 06 e^ to di^etentiate cCo4e6y-4 paced conducto-w if/tom thick, mai-i-ive conductor o-t j}^Lom th-icfe, ma64tve conductor 0(5 va/u-ob^e conductivity
4.2 and 4.3).
Powet -tinei can 4ometone6 produce Apa/w-oaA anoma^iei, bat the6e can be identi^ed by /teiJcAence to the monitor fiace.
Rai^toadi, plpeJUne. and othesi oAtl^-lcA.at conductor atie. recognized by studying the v-ideo tape6.
Attdph^de ore bodies ate Aa/te, and tho^e that Aeipond to alnbohne. Ausivzy methods uAuatZy have, mediton to high conductivity. Many have magnetic co-vie^ation caaied by magnetite and/ or pyiA/totite and mo^t 0|J ^/iem aAe
conductor .
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-JO •to -to 10 tO 30
-S
-30
.4
10
STRIKE, DIP, PLUNGE* (50.0, 90.0, 0.0)
•to 10 10 to-iX/L
SO
STRIKE, DIP, PLUNGE*(50.0, 60.0, OuO)
-30 -tO -10 10 tO'X/L
STRIKE, DIP, PLUNGE.(50.0, 30.0, 0.0)
-JO -to .10 10 tO 30'X/L
STRIKE, DIP, PLUNGEM60.0, 90.0, 0.0)
•8
K)•30 -tO -10 10 tO 30
iX/L
STRIKE, DIP, PLUNGE i (60.0, 60.0, 0.0)
-10
.13
(OHX/L
•30 •to 10 10 tO 30
STRIKE, DIP, PLUNGE.{60.0, 30.0, 0.0)
COAXIAL COILS, FREQUENCY * 736 Hi, SEPARATION * 7 METRES
DEPTH UNDER THE INSTRUMENTS * 50 METRES, REAL (SOLID) IMAGINARY (DASH) IN P.P.M.
CONDUCTANCE'20 SIEMENS
FIG. 4 .2 M ODEL CURVES
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ISO
100
SO'
STRIKE, DIP, PLUN6Et(30.0, 90.0, 0.0)
.SO -80 .10 O 10 tO 10
STRIKE, DIP, PLUNGE.(SO.O, 60.0, O/})
•10 .(O .10 10 10 10
STRIKE, DIP, PLUNGE ( 10.0, SO.O, OjO)
-jo -to .10 o 10 to JO,1
ISO
100
so
STRIKE, DIP, PLUNGE'(60.0, 90.0, 0.0)
-so -to .10 10 tO 10
STRIKE, DIP, PLUNCEt(60.0, 60.0, 0.0)
•to .to .10 10 tO JO
STRIKE, DIP,PLUNQC*(*0.0, *0.0, 0.0)
HORIZONTAL COPLANAR COILS, FREQUENCY* 1800 Hz, SEPARATION*? METRCS
DEPTH UNDER THE INSTRUMENTS " 50 METRES, REAL (SOLID) IMAGINARY (DASH) IN P. R M,
CONDUCTANCE * 20 SIEMENS
- 4,3 MODEL CURVES
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5. DESCRIPTION Of THE GEOPHYSICAL I NSTRUMENTATION
5.1 The R EXHEM-4
The REXHEM-4 main component is a new towed efcee#iomogneit.c pros pecting system which features multiple simultaneous frequencies and coil configuration, providing more diagnostic geophysical information about conductors, thereby increasing -the chance* o 6 discovering massive sulphide ores.
four pairs o tf coils are installed in a kevlar bird shell S metres in length; two pairs are in a standard coaxial ( max-onum coupled) configuration and the two others are in a horizontal coplanar (minimum coupled] configuration.
The transmitting frequencies are 736 and 4150 Hz far the coaxial coils, 900 and 5000 Hz far the coplanar coils.
The advances design oft this electromagnetic system o^ers the fallowing features:
a) A no-66e level smaller, than 0.5 ppm i* obtained by using kevlar far the bird shell, a material o^ering a degree o (J structural rigidity not previously available; also, a new 4a6pen6-ion s ystem reduces bird bending noise. The noise level is actually the lowest of, alt existing helicopter elec tromagnetic systems.
b) High resolution. The short rise time ofi 0.1 second combined with the small coil separation (8 metr.es] provides exception- naly high resolution. The REXHEM-4 is an ideal system to discriminate between closely-spaced multiple conductors and to identify conductors too smalt to be detected by airborne electromagnetic system having a large coil separation.
c) Eight channels ofi electromagnetic data recorded from coaxial and coplanar coil pairs at faur di^^erent frequencies provide more diagnostic geophysical information and yield conducti vity-thickness products more accurately than those derived from less sophisticated systems. The conductivity-thickness values calculated from di^erent frequencies and transferred on the phasor diagram permit to check ifi the model used is appropriate far the interpretation. Consequently, this test is useful to discriminate bedrock conductors from overburden
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thicknes* and conductivity may be quite, variable, in a Sur vey area, the. depth o rf penetration 0& an airborne system may be. insufficient to detect b edtocfe conductor. Part 06 the. survey area would therefore Aemain effectively unex plored. With the. information gathered on the. tight chan nel* o fi electromagnetic data, these area* can now be. iden tified and Attained ion further exploration by tome, ground geophysical technique* that oAe capable o jj penetAating the overburden marking
In addition, the use o /, multiple frequencies aJUom far a wider range o X, bedAock conductor* to be energized.
The low frequencies o X, the REXHEM-4 * y*tem oAe much le** *en*iti- ve to *ur^ace conductor* that the two higher, frequencies and i* there^oAe more elective to detect underlying ma**ive *ulphide ore*.
The ma**ive *ulphide ten* may be ma/6 feed by a *tAong overburden re*pon*e at the high frequencies but tow conductivity mineraliza tion without interfering *uAface conductor* will respond better at the higher, frequencies.
d) Unique ability to determine conductor, geometry by compari- *on 0 (J the electromagnetic Aespon*es from the coaxial and the coplanar co-it configuration*. Cto*ely *paced thin con ductor* can be di^erentiated from thick ma**ive conductor* or from thick ma**ive conductor* o fi variable conductivity.
This discrimination is made po**4bte by comparing the charac' teristic* 0 ){ anomaly shape [minimum response over the conduc tor with two adjacent peafe6) obtained over thin conductor* a* defined by the coplanar coifs.
Moreover, the relative amplitude ofi the two peak* o{ these anomalies i* an indication 0 ({ the conductor dip-angle.
The coplanar coil pair yield* data which are una^ected by the conductor orientation relative to the flight direction, This coU, configuration can theAcfoAe detect the conductor* striking paraftel to the flight line which cannot be energi zed by the coaxial coil pair*.
I e) Impnoved electAonic signal pnoceAAing Aub&tantiojUy n,edu- ceA /tnteA^etence faom thundeMtonm nadiatijon AphenicA and faam nadon., FM, tetevi&ion and Atandon.d broadcast tnanA- mitteAA. The. REXHEM-4 can thuA be. ^lown neon. unban aneoA.
The AyAtem ib equipped with a 60 Hentz powen. line, monitor and a "ApheAicA" monitor to di&tinguiAh powen, ILneA and ApheAicA ({/tom tanget conductor.
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The. VLf-EM JA the. T0TEM-2A ^nom HeAz InduAtAieA Ltd., opeAoting
I AimultanejOUAly at two inje.que.ndeA. ConAe.que.ntly, two VLf Ata- tionA can b e /toned -to cneAQize. conductonA in the. Autive.y atea which may b e oniente.d peApe.ndiculan. on, poAalleJi to the. flight lineA .
I The. digital data acquisition Ay&tm i^ the. Sonotek SVS-J200 which ^eatu/ies Z- SO micAopfioceAAon., inteAactive. communication via ke.y- boan.d and alphanumeAic display, complete. nje.ad-a{tteA.-wnite., veAi-
I iication O j{ magnetic tape. n.ejcon,db, and analog- to digital- to analog data n.e.play capability in Alight ion. WOZ contf-tdence le.vel. An anotheA key (Jeatate o {, thiA Ay* tem iA the. fact that all data, col-
I le&tion n.outineA, che.cking, bu^eAing, n.e.con.ding and veAifiicatijon ate. AofitwaAe. contAotled.' and theAe,ion,e, pn.oQnam can b e emily al- teAe.d to Auit a&noAt any Ape.cial n.e.quin.me.nt. The. memony capaci- ty o A 64k byteA, combined with the. poweA and A peed o A 2- SO micAo-
I pnoceAAon., tnableA UA to do n.eal-tune. data pttoceAAing, in addition m to all the. uAual data acquisition and fanmatting function* .
m The. GR- S3 graphic n.e.con.deA, from RMS lnAtAume.ntA Ltd., opeAote.d g undeA control o^ a hoAt computeA alloWA the. annotation ofi n.e.con.
ding poAameteAA and meAAageA. Thib computes. contMlb the. J 240
individual pninting zleme.ntA ^on, the. maximum filejubitity in c/tea- ting high AeAolution gnaphic imageA. Up to 3 2 analog on, 3 2 digital Aignalb may be. n.e.con,de.d in a fionmat AimWvi to a conventional mul ti-channel AtAip chant tieconden,.
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The video iJttQht path n,econden, with automatic iAJA wide angle, lent oAAuAeA pen,Aect expoAuAeA with no opeAoton. adjustment. It n.econ.dA both video and data which iA Aton.ed alphanumeAicaWj in the top portion 0 ({ each ^nme. Data and video an.e avoidable fan. n.eview immediately afitcn. each flight with no fiuntheA pnoceAAing. TheAe- fion.e, anomaly identification and localization can be canAi&d out in the fiield mon.e napidly and precisely than with a conventional 35mm tnacking cameAa.
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5.2 Tke. vertical magnetic.
Tkt.ee V-200 Scx.nttex ceA-uun vapou/i magnetometer wete uaed fan. the. meoiu/iement 0(J the, totat (J/te^d ^/tom the. towtn and appeA 4enio^6 and the. \)VituuoJi magnetic.
I The AenaoiA, veAti-catiy 2m apavt, WQM. -tnitotCed at a height oft 6 mefiei above the e^ectwmagnetcc bind. The. veAtic.at magnetcc. giadtent and the. total fceJbd wete meaiated
l a second w-txth a Aeni-ctiu^itf/ Of{ 0.005 gamma.
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6. PESCRIPTI0W Of THE ANALOGUE CHARTS
The. ge.ophy*ical data were, re.corde,d on 17 channel* by the, RMS graphic re.corder. The&e. incarnation channel ate:
RALT
19/EM-1
EM-5
J7/EM-3
23/EM-7
20/EM-2
EM-6
H/EM-4
24/EM-B
GRDJ
TF87
Elevation above, ground
Pha&e. 6 39 Hz coaxial
Pha* e 4 150 -l Hz coaxial
Pha&e. 900 Hz coplanar
Pha&e, 5000 Hz coplanar
Quadrature, 6 39 Hz coaxial
Quadrature. 4150 Hz coaxial
Quadrature. 900 Hz captanar
Quadrature. 5000 Hz coplanar
Vertical magnetic gradie.nt
Total magnetic fceM (lower mag]
Total magnetic ^ieJid (upper mag)
10 it/mm
2 ppm/mm
2 ppm/mm
2 ppm/mm
2 ppm/mm
2 ppm/mm
2 ppm/mm
2 ppm/mm
2 ppm/mm
±5 gammoA^cm.
100 g amma^/^cm.
100 gammai/^cm.TFA2
TFAJ Total magnetic ^ieJtd (upper mag} 1000 gammaV2cm.
21/VLP-4 Quadrature, rf/wm WAA Cutler 5 1/mm
WAA
Quadrature, ^rom WSS
WSS AnnapottA
51/mm
51/mm
51/mm
l/LF-3
VLf-2
VLf-1
We hadn't been ab^.e to modify the, micropioceA&orprior to the, Aurve.y and tome. ckanneJU* were, idtnti^ied. uAingthe. number* 17 to 24.
The. analogue, chott Acale. i* appJtoxJjnateJty 1'-10,000. The, chant paper move* through the, recorder con&ole. at a ipeed o fi 2.5mmfae.c. and the. average. .6peed o^ the. helicopter id 9 0 kilometre* per hour.
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The. carne/ia ^iducAal maAkb weAe. pointed on the. analogue, chott at 0.5 s econd inteMalt*. A longest fcducial monk U)OA panted at evesiy multiple, o fi 10. The. text pointed oveJi the* e. fiducial maku, loi'e,xample.: A 0 04001 14:01:54 00507, ate, ieApe.ctiveJty, the. tine, numbesi, the. time., and the. fcducial number at the.
masik located 4jmme.diateJty at the. le.^t o j{ the. ' A' letteA.
1 11l1 11 {f}111111t
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11 :- ^ ^" HOLMES ^\ 'j'
: ::^ ALMA : . ..'' 1 K : V ^:;:p^:^l ;; O ^ M \'Sk r :; O IS^'x^
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1 HOLMES - FLAVELLE1 TOWNSHIPS111
1.111 i1 -(f)11111111
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. . ..,. ;^ A LMA ;: ^ ,r" 1 " 1 r\ \
,,yA,.rx...^.L,r^^^ .̂ ~^ ̂ ff^^(
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j K' j 1 ^.Qr 1 j'•'\ C'' ' S7 ^̂ ^ F LAVELLE- |
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1 HOLMES - FLAVELLE1 TOWNSHIPS1111
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MATACHEWAN* :-.!( ' -' 4i -i 1 ,' i '-',
HOLMES - FLAVELLE TOWNSHIPS
\
4a*eiswee56 a.9*54 HOLMES 900
January 23, 1987 Your Filet 445/86Our File: 2.9054
Mining RecorderMinistry of Northern Development and Mines4 Government Road EastKirkland Lake, OntarioP2N 1A2
Dear Sir:
RE: Notice of Intent dated December 31, 1986Geophysical (Electromagnetic and Magnetometer) Surveys on Mining Claims L 859204, et al, in Cairo Township
The assessment work credits, as listed with the above-mentioned Notice of Intent, have been approved as of the above date.
Please Inform the recorded holder of these mining claims and so Indicate on your records.
Yours sincerely,
J.C. Smith, A/ManagerMining Lands SectionMineral Development and Lands BranchMines and Minerals Division
Whitney Block, Room 6610 Queen's Park Toronto, Ontario M7A 1W3
ejjhone: (416) 965-4888
cc: R. A. Bematchez G. Bernatchez 126 Willow Road Atikokan, Ontario POT ICO
Resident Geologist Kirkland Lake, OntarioEncl.
Geophysical Surveys Ine 2272 Leon Karmel Rue Quebec, Quebec GIN 4L2
Mr. G.H. FergusonMining and Lands CommissionerToronto, Ontario
Ministry ofNorthern Development
dinesOntario #lr
Technical Assessment Work Credits
Dit*
December 31, 1986
FM*
2.9054Mining R*cord*r'i Report ofWorkU' 445/86
Recorded Holder
R. A. BERNATCHEZ AND G. BERNATCHEZTownship or Area
CAIRO TOWNSHIPType of survey and number of
Assessment days credit per claimGeophysical
40electromagnetic ^ w riays
Magnetometer ™ days
Induced polarization days
Section 77 (19) See "Mining Claims Assessed" column
Geological days
Geochfimir:al riays
Man days [~~| Airborne PH
Special provision | | Ground l l
l | Credits have been reduced because of partial coverage of claims.
| l Credits have been reduced because of corrections to work dates and figures of applicant.
Mining Claims Assessed
L 859204 to 09 inclusive 859240-41
Special credits under section 77 (16) for the following mining claims
Mo credits have been allowed for the following mining claims| | not sufficiently covered by the survey |K"| insufficient technical data filed
L 859242
The Mining Recorder may reduce the above credits if necessary in order that the total number of approved assessment days recorded on each claim does not exceed the maximum allowed as follows: Geophysical - 80; Geologocal - 40; Geochemical - 40; Section 77(19) - 60.
Ontario
Ministry ofNorthern Developmentand MinesDecember 31, 1986 Your File: 445/86
Our File: 2.9054
Mining RecorderMinistry of Northern Development and Mines4 Government Road EastKirkland Lake, OntarioP2N 1A2
Dear Sir:
Enclosed are two copies of a Notice of Intent with statements
listing a reduced rate of assessment work credits to be allowed
for a technical, survey. Please forward one copy to the recorded
holder of the claims and retain the other. In approximately
fifteen days from the above date, a final letter of approval of
these credits will be sent to you. On receipt of the approval
letter, you may then change the work entries on the claim record
sheets.
For further information, if required, please contact Mr. R.J. Pichette
at (416) 965-4888.
Yours sincerely,
'.C. Smith, Supervisor ining Lands Section
[Whitney Block, 6th Floor Queen's Park Toronto, Ontario M7A 1W3
End
cc: R. A. Bernatchez G. Bernatchez 126 Willow Road Atikokan, Ontario POT ICO
Geophysical Surveys Inc 2272 Leon Harmel Rue Quebec, Quebec GIN 4L2
Mr. G,H." FergusonMining S. Lands CommissionerToronto, Ontario
Ontario
Ministry ofNorthern Developmentand Mines
Notice of Intent for Technical Reports December 31, 1986
2.9054/445/86
An examination of your survey report indicates that the requirements of The Ontario Mining Act have not been fully met to warrant maximum assessment work credits. This notice is merely a warning that you will not be allowed the number of assessment work days credits that you expected and also that in approximately 15 days from the above date, the mining recorder will be authorized to change the entries on the record sheets to agree with the enclosed statement. Please note that until such time as the recorder actually changes the entry on the record sheet, the status of the claim remains unchanged.
If you are of the opinion that these changes by the mining recorder will jeopardize your claims, you may during the next fifteen days apply to the Mining and Lands Commissioner for an extension of time. Abstracts should be sent with your application.
If the reduced rate of credits does not jeopardize the status of the claims then you need not seek relief from the Mining and Lands Commissioner and this Notice of Intent may be disregarded.
If your survey was submitted and assessed under the "Special Provision-Performance and Coverage" method and you are of the opinion that a re-appraisal under the "Man-days" method would result in the approval of a greater number of days credit per claim, you may, within the said fifteen day period, submit assessment work breakdowns listing the employees names, addresses and the dates and hours they worked. The new work breakdowns should be submitted directly to the Land Management Branch, Toronto. The report will be re-assessed and a new statement of credits based on actual days worked will be Issued.
Ontario
imisuyot Report ot WorkResources (Geophysical, Geological.
Geochemical and Expenditures)
Mining Act^) C/1
- If number of mining claims Haver/exceeds space on this form, attachi
Note: — Only clays credits calculated m "the"Expenditures" section may be enteredin t he "Expend. Days Cr." columns.
-Do not use shaded areas below.
Claim Holder(c)P. - Kifia g ^rJi E. M
vj
Township or Area
Address
Survey CompanyRa
TProspector'sK.AIk i
Date of Survey (from Si to) |Total Miles of line Cut12. Z ^6 i /2- "2- F C ,, e
II- *1Name and Addrewof Author (of Geo-Technical repott)
S. c 2-2.72 ffugbec, 6-fhf 4L2Credits Requested per Each Claim in Colurrms at rightSpecial Provisions
For first survey:
Enter 40 days. (This includes line cutting)
For each additional survey: using the same grid:
Enter 20 days (for each)
Man Dayt
Complete reverse side and enter total (s) here
Airborne Credits
Note: Special provisions credits do not apply to Airborne Surveys.
Geophysical
- Electromagnetic
- Magnetometer
- Radiometric
- Other
Geological
Geochemical
Geophysical -
- Electromagnetic
- Magnetometer
- Radiometric .
- Other
Geological
Geochemical
Electromagnetic
Magnetometer
Radiometric
Days perClaim
Days per Claim
Days per Claim
4o40
, Expenditures (excludes power stripping)Type Of Work Performed
Performed on Claim(s)
Calculation of Expenditure Days Credits
Total ExpendituresTotal
Days Credits
sInstructions
Total Days Credits may be apportioned at the claim holder's choice. Enter number of days credits per claim selected In columns at right.
Date Recorded Holder or Agent (Signature)
Certification Verifying Report of Work
Mining Claims Traversed (List in numerical sequence)
Total number of mining claims covered by tp Is report of work.
For Office Use Only
Date Approved as Recorded
I hereby certify that l have a personal and intimate knowledge of the facts set forth in the Report of Work annexed hereto, having performed the work or w itnessed same during and/or after its completion and the annexed report is true.
Name end Postal Address of Person Certifyin
UjJ/ouJCertified
1362 (81/9) 7
Mining Lands Section
Control Sheet
TYPE OF SURVEY
MINING LANDS COMMENTS:
GEOLOGICAL
GEOCHEMICAL
EXPENDITURE
1 1Signature of Assessor
Date
Report of Work^Geophysical, Geological,
epchemicai and Expenditures)
Instructions: —
Note: —
Please type or print. rt "}
If number of mining claims traversed ff~ j exceeds space on this form, attach a list.
Only days credits calculated in the "Expenditures" section may be entered in the "Expend. Days Cr." columns.
— Do not use shaded areas below.
Township or Area
'rospectcVs Licence No.
B 2.128k.
,(•me and Address4)f Author (of Gee-Technical report)
ctj 4^U r o p M-^
^iate of Survey (from S to) ,., "[Total Miles of line Cut
/2. t 3- t tt l /Z ^ ?CDayJ Mo. l Y'-—!-.??^
22.72 Que
•edjtsRequestecHier Each Claim in Columns at right
[PlCial Provisions
;:For first survey:
: Enter 40 days. (This - includes line cutting!
for each additional survey: i; using the same grid:
f- Enter 20 days (for each)
Man pays'A'
" Complete reverse sidet' snd enter total (s) here
Airborne Credits
Note: Special provisions credits do not apply to Airborne Surveys.
W
Geophysical i ^per
- Electromagnetic |
- Magnetometer i[
- Radiometric j
- Other 1
Geological
Geochemical l
Geophysical j *̂
- E lectromagnetic j
- Magnetometer j
- Radiometric i1
- Other j
Geological i
| Claim
Elec&Jm&gnJicO 198(^0
Magnetometer \ ^Jf)
ITOmeUNDS SECTimr
Mining Claims Traversed (List in numerical sequence)
Expenditures (excludes power stripping)Type of Work Performed
Performed on Claim(s)
Calculation o* Expenditure Days Credits
Total ExpendituresTotal
Days Credits
InstructionsTotal Dayt Credits may be apportioned at the claim holder's
choice. Enter number of days credits per claim selected
tn columns at right.
Mining ClaimPrefix Number
Expend. Days Cr.
Mining C laimPrefix Number
Expend. Days Gr.
Total number of mining claims covered by this report of lyork.
Date /j Recorded Holder or Agent (Signaturel
Certification Verifying Report of Work
l hereby certify that l have a personal and intimate knowledge of the facts set forth in the Report of Work annexed W*fo, having perWmed the work
or witnessed same during and/or after its completion and the annexed report is true.
Name acid Postal Address of Person Certifying
D Certit
ftAVELLE TOWNSHIP
CLAIM
^765249 -765250 '765251 v765252765253765254 -
CAIRO TOWNSHIP
799244765246 '765247 '
- 765248 '765255 '799248 "799250 '799251799252799253799254 '799255 ' 799552 l-801770801771801772801773
CLAIM
^800140'800141' 822348^843697" 843698^ 843699r 843700'843409^843410^843411
llano
Ministryof Report of Work
Slopes N (Geophysical, Geological,^Geochemical and Expenditures)
S
pt Of SurveylsVMining A6T'
Instructions: — Please type or print.— If number of mining claims traversed
exceeds space on this form, attach a list. Note: — Only days credits calculated in the
"Expenditures" section may be entered in the "Expend. Days Cr." columns.
— Do not use shaded areas below.Township or Area
Hold*r(*r Prospector's Licence N o.A -2IG.47
Ktreif
Aoe , i i OMT-. P4K) 2TZ
j a f ne;Address oVAuthor (of Geo-Technical report)
Si c a.1 -Sv-xr-J P ^ .f
Date of Survey (from Si to)2-, fi! /3 2- KC* l
l?yJ.Mo.d..Yr.v .1[Total Miles of line Cut
•22.72 G l M 4L2-Requestecrper Each Claim in Columns at rightProvisions
|For first survey:Enter 40 days. (This includes line cutting)
or each additional survey: wing the same grid:i Enter 20 days (for each)
m Days L)-' Complete reverse side
; " . ,i i L. tpnd enter total(s) here
Geophysical
- Electromagnetic
- Magnetometer
- Radiometric
- Other
Geological
Geochemical
Days per Claim
h—
Geophysicali'! Electromagnetic
APRGeological
MINING
Days per Claim
orne Credits j
Note: Special provisions j Electromagnetic credits do not apply
Days per Claim
to Airborne Surveys. Magnetometer
Radiometric
Mining Claims Traversed (List in numerical sequence)
(excludes power stripping)/fie o f Work Performed
r formed on Claim(s)
Iculation of Expenditure Days Credits
•Total ExpendituresTotal
Days Credits
•tructionsotal Days Credits may be apportioned at the claim holder's
Choice. Enter number of days credits per claim selected In columns at right.
Mining ClaimPrefix Number
cvrracKjp c*
lid-
Expend. Days Cr.
Mining ClaimPrefix Number
Expend. Days Cr.
Total number of mining claims covered by this report of work.
Recorded Holder or Agent (Signature) j***''* X **
C - --/-ratification Verifying Report of Work\ hereby certify that l have a personal and intimate knowledge of the facts set forth in the Report of Work annexed l Or witnessed same during and/or after its completion and the annexed report is true.
ied the work
i(yte and Postal Address of Person Certif^yjru]
/si—
^"7/i/ ~
Date/Certified //K Certitieti by
^85725**V
L857255
L 85 72 56
LB57257
L857258
L8572 59
L857260
L857264
L857265
L857269
L857270
L857271
L857272
L 83 72 73
L85727H
1857275
1 L 8b?276
LB :37277ji L Q p f 2 ci^
L857285
LB57286
LU572B7
L857288
LB5728V
L857290
LB57291 Lb2 1**^5
LB57292
L857293
L85729-V
L857295
Lti57296 --1*53
L857297
L857298
L857299
857300
85730 1 t. 83 36 50
357302 LL33651
857303 Lb33fj52
857304 L S3 3b63
357305 Le33-)64
357306
857307
8573C8L 8 3 3 1 v 1
857309L 033662
857310
357311
857312 75077 t)
750777
7 50 77 d
;
Ministry ofNorthern Developmentand Mines
ntario
Geophyslcal-Geological-Geochemical Technical Data Statement
File—
TO BE ATTACHED AS AN APPENDIX TO TECHNICAL REPORTFACTS SHOWN HERE NEED NOT BE REPEATED IN REPORT
TECHNICAL REPORT MUST CONTAIN INTERPRETATION, CONCLUSIONS ETC.
Type of Survey(s) __L Township or Area ( 'o. riv , H plot's F i,
Claim Hnlrier(s) 'Fa k on brVdj c- t. fcjA'
Survey Company Author of Report
* c- o Ku s i1 1 o. u ola J obi n
Address of Author . "J?.. t cop f b
Covering Dates of Survey_
Total Miles of Line Cut —
^ (KJ ^.l2- J -t? j,
(linecutting to office)
SPECIAL PROVISIONS CREDITS REQUESTED
ENTER 40 days (includes line cutting) for first survey.ENTER 20 days for each additional survey using same grid.
Geophysical—Electromagnetic.—Magnetometer-—-Radiometric——-Other——-——
DAYSper claim
Geological.Geochemical.
AIRBORNE CREDITS (Special provision credits do not apply to airborne lurvey*)
Magnetometer—
DATE:.
.Electromagnetic 4-0 Radiometric(enter days per claim)
__ SIGNATURE:.Author of Report or Agent
Res. Geol.. .Qualifications.Previous Surveys
File No. Type Date Claim Holder
MINING CLAIMS TRAVERSED List numerically
'(prefiic)' (number)
l it. f A
l
l
TOTAL CLAIMS.
837 (85/12)
GEOPHYSICAL TECHNICAL DATA
GROUND SURVEYS — If more than one survey, specify data for each type of survey
Number of Stations. Station interval —— Profile scale -———
.Number of Readings Xine spacing ————
Contour interval.
U
Z O
Instrument.Accuracy — Scale constant. Diurnal correction method.Base Station check-in interval (hours). Base Station location and value ___
ELECTROMAGNETKOil configurationfloil separation
AccuracyMethod: CD Fixed transmitter D Shoot back CD In line Frequency
(jpecify V.L.F. station)
CD Parallel line
Parameters measured.
O
Instrument.Scale constant.
Corrections made.
Base station value and location
Elevation accuracy.
Qw (JQZ
^
Instrument ————————— Method D Time Domain Parameters — On time -——-
- Off time
D Frequency Domain _ Frequency ____ _ Range ——————
Delay time.— Integration time.
Power.Electrode array — Electrode spacing . Type of electrode .
SELF POTENTIALInstrument_______________________________________ Range.Survey Method ———————————————————————————————————————————
Corrections made.
RADIOMETRICInstrument.Values measured.Energy windows (levels).^^—^^—^.^———-.^—^-—.—^-^^^^——————.———.Height of instrument____________________________Background Count. Size of detector—————-———-————————.—-————^-———.——-...————-—.—
Overburden ________________________________________————(type, depth - include outcrop map)
OTHERS (SEISMIC, DRILL WELL LOGGING ETC.) Type of survey————-^-^—^—————————————Instrument ————————————————————————— Accuracy__________________________Parameters measured.
Additional information (for understanding results).
AIRBORNE SURVEYS Type of survey(s)
Instrument(s)(specify for each type of survey)
Accuracy________________(specify for each type of survey)
Aircraft used-————-——-—--——-—-———-—————.-———————.Sensor altitude.Navigation and flight path recovery method.
Aircraft altitude______________________________Line Sparing /o O
Miles flown over total area o ' ? ' m______________Over claims only.
GEOCHEMICAL SURVEY - PROCEDURE RECORD
Numbers of claims from which samples taken.
Total Number of Samples. Type of Sample.
(Nature of Material)Average Sample Weight——————— Method of Collection————————
Soil Horizon Sampled. Horizon Development. Sample Depth———— Terrain————————
Drainage Development——————————— Estimated Range of Overburden Thickness.
ANALYTICAL METHODSValues expressed in: per cent
p. p. m. p.p. b.
D Dn
Cu, Pb, Zn, Ni, Co, Ag, Mo, As.-(circle)
Others ———————————^————-^—.Field Analysis (.
Extraction Method. Analytical Method- Reagents Used——
Field Laboratory AnalysisNo. -—————————
SAMPLE PREPARATION(Includes drying, screening, crushing, ashing)
Mesh size of fraction used for analysis-———
Extraction Method. Analytical Method . Reagents Used——
Commercial Laboratory (- Name of Laboratory—— Extraction Method—— Analytical Method —— Reagents Used _____
.tests)
.tests)
.tests)
General. General.
J. I NTRODUCTION
Ge.ophyAicat SuAvzyA I nc. coMxed oat a keJUcopteA-boHne. ge.ophyAicat Auive.y 0 (5 394 tine. kitometAeA in the. Holmes, ftaveMe. and CaiAo TownAhi.pt> o tf Ontario (Jo/i Fotconb/w-dge Ltd. in T-e.bnu.any 19&6.
The. tineA we-te spaced 700 me-tte6 apart. The. Aun.ve.y aAea iA Ahown on the. -index map ( fiiguie. / ./J and was fitouin with the. REXHEM-4 A yAtem combined w-6#t a g iadiometeA fan. mea6u*e-
o(( ^ie veAticat magnetic. gJiadie.nt.
The. REXWEM-4 inAtAwne.ntati.on include* an EMEX-J ^/tom Geo- te.ch Ltd., a VLf tyttejn TOTEM- 2A ^om HeAz InduAtAie* Ltd., and a digitat data acqai&itian ty&tejn fiiom Sonote.k Ltd. f QUA paiAA 0 (5 CAW* ate inAtatted in the. EMEX-J b^Ad A heJtt; -fwo paiAA oAe. in a Atandand veAticat coaxiat configuration and the. two otheM ate i,n a hotiizontat coptana/i con^iguAa- tion. The. transmitting fce.qu.e.ncieA ate 639 and 4 J 50 Hz
the. co-axiat, 900 and 5000 Hz (Jot ^he CjOptanaA coitb.
The. eJte.ctAomagnetic coiti, mounted in a bird AheJUt o tf S mette* in te.ngth wete iowed 30 me^te* beCow -t/ie heJUcopteA at an aveAage. height 0 (5 30 met/ieA above, ground.
The. two gJiadiometeA 4 enio^6, veAticaWj 2m apaAt, tnAtatted at a height o (J 6 metsieA above, the. eAe.ctAomagnetic biAd. The. totat magnetic. fceJid tf-tom the. tovoeA and uppeA 4 en* 044 and the. veAticat magnetic gradient weAe. ntco tided. by tkhfijt V-200 Scx.nitex cesium vapoufi magnetometer.
The. totat ^JudA and the. quadsiatuAe. component 0(5 the, VLT electromagnetic ^ieJtd weAe. .tecotded A imuttantouAty (J-tom *oo A tationA - WAA QutteA, Maine, and MSS Annapo.t64, Maty- tand.
The. data ptioceAAing and inteApretation weAe. done, -en Quebec on a PPPH/70 compttteA. and a Ze^ta dtitm ptotteA.
9 L 657254
L857255
L657256
L857257
L857258
L857259
L857260
L857264
LB57265
L857269
L857270
L857271
L8572 72
L8372 73
L85727H
l L857275
L857276jL857277
1,L85728*
L857285
185 72 86
LB57287
L857288
L857i!bV
Lfc57290
L857291
L857292
L857293
L85729A
L857295
L857296
L857297
L857296
LB57299
857300
' 857301
357302
857303
857304
357305
357306
857307
8573C8
8 57 3D 9
857310
857311
857312
-
LB2 1 ****5"
L821^6
L821^7
L821448
1.82144?
L82100
L 83 36 50
L 83 36 51
L833t,5Z
L8:J3b63
LB3300A
L833C61
L833662-
64161 1
75077 b
750777
750 7 1 ti
Dunmore Twp.
FJavelle TWID? .JJ.V.K.
TOWNSHIP
HO SDIStRTQT TIJVI l SK AM,
MINING .DIVISIONSi. - 'i . . ' ( , i ", , ^ ^*~ - , ..
SCALE:MNCH^4O CHAINS
LEGEMO
PATENTED LAND ^ * CROWN' LAND SALE LEASESLOCATED LANDT - . , LICENSE .OF OCCUPATION MINING RIGHTS ONLY SURFACE '-RIGHTS ,ONLY ROADS— w, . IMPROVED ROADS KING'S , HIGHWAYS ' RAILWAYS T , ^ X POWER LINES l s?^, MARSH OR MUSKEG MINESV - t,' '^ jS CANCELLED *
•\;' - A, 'TslOT-gS V '''J --^*. r rr " "~-~r - , ——--— ( ^
400* Surfoca rightsrtservotionaround ''J*the* W*"^
' WITHDRAWN .FROM DISPOSITION ...
M-fl.O— MINING RIGHJ&OfJLYs,
S.R.O.- SURFACE RIGHTS ONLY
Ordtf No. *
(5)stC.367aO ' ' W, 24/82^
h
..Fit*
, 1 1 j
f. -
v-: 1 :
,
PLAN NO.- M.224'
MINISTRY OF NATURAL RESOURCES.V.M^PING BRANCH " " *
Dunmore Twp.
Cbrtf Li
7534JB I7S343B 753434 1753431 753430 (753427 75*426 I7S3423
Flavelle Twp.? "*
42A01SWCI056 2 .9*54 HOLMES
TOVVNSHIPt 'OF•v
HOLMfeSr D ISTRICT OF* T U^ISKAM.ING^ ,,; ' ^ J ' " "t '
LARDER* LAKE ' ,.MINING DIVISION.
SCALE:1-INCH^4O -CHAIN?
LEGEND
PATENTED LAND . '* ,-" - 'CROWN LAND SALELEASESLOCATED LAND" "; : -k'LICENSE .OF OCCUPATION "JMINING RIGHTS ONLY ^SURFACE l RIGHTS ^ONLYROADS-^, ( T ', TI'IMPROVED ROADSKING'S , HIGHWAYS;'RAILWAYS *r v iPOWER IINKS,,^MARSH OR MUSKEGMINES c,CANCELLED
toe.
*t r
400' Surface rights r*servatior\around
AREAS'WITHDRAWN FROM DISPOSITION, ,, J
M.R.O. - MINING RIGHTS
.'^ S.R.O." SURFACE RIGHTS ONLY ( ' ^
M.+ S.X MINING AND SURFAC^ BIGHTS *V,---*"'' ' "" ' ! * . C {
Pncrlfttion : OrdorNo. * CM* ''* DtaptMltlcul Fita
. ' • •'•^^' 8EC.36/80, W.Z4/B3
'••f
l 'l
PLAN NO.- "M,224if , ^ ONTARIO .
MINISTRY OF NATURAL RESOURCE^YS AND M APPING B RANCH "
REFERE1MCESAREAS WITHDRAWN F tiOM D ISPOSITION
M.R.O. -MINING RIGHTS ONLY
S.R.O. - SURFACE RIGHTS ONLY
M.+ S. - MINING AND SURFACE RIGHTS
Dwcriptkm Od* M*. Data D^oo^ttoo F H*if-
NOTES
AREA WEST OF WEST MONTREAL RIVER
CLOSeD TO STAKING SUBJECT TO SEC. 38(f)
OF THE MINING ACT, 20 SEPT. 1978.
42A81SIKM56 2.98S4 HOLMES
Alma Twp.
JL
X
867697 867696
867701 867700 1867699 ?l 667698VIIL
'*nitKtytacH
r*."~"
/'( i
'-..--.j ™ j• T -4L l
IL , 1867702 l W.^892138 g , , , t w-It.
892134 JS |-——————l
|2 1867703 lv-^.
XJ
\ \ p - - - - - ~Fort' ,yatoc"tv*an
692136 '892137 J
3 M
/Ve Oenntl
ffrow/nitf
5 W.l L L
842533 842532
i8602i;
-IV
r-, Tfl M i8\fl02l2 j
TL f867053'I ~ii 95261-1 1867054 , j
'lB*70Sa .li.. l J/l : ^ JX* l t'
Q
L IL IL76S247 1765246 76525S
l r---- n ---™ T -———^ ^
1801773 '801770 17652481 "^ ! *l M, l v*^ l x rL—y t C ~ -Tl 1^*1 ^^1 .^183^6X1^^33^3
.lw? L i i M l. s. i•——*JJ----^V--1-- - - - : (J II y o ^. 'L B6T059, H l !^" Xt . i
* N . '\^^ s : 88 'Tlo J' ()
SEE NOTES
N J '\1697f i 9*OB ( l OSO" l ' \ A0224I l, - ] j, -51 - l
- ' - ^jaL^j!^^—N; Jj l rr^^pr--^ M ^ ^ M s v-j' J ^ T* M W \ j'.
^,^VS216 l l V^* 1,.*^/.;-J -J-r't"
W Ff M
,4*?4
,-^—r-4 (?!V\L Jii'i^ it1™. i.J r.
l-A
,--.--^--™-—--L ft [t 'L l L! 799253. 799248'! 79925
80I77J j 799244 83365
L 799552 l L
\—————JJl L8006401
\ \ M *! i J- r* \ K, n f M o1 i .fl'iSO l .JA7? \ A47? i
860X63 ,BG0562 l
ll,- - - — Jl't- !"..-n.," JVV" I8006J9 H li ! - ix
;L 'LJ8024 60J 859242
N~7-I~ 'T ~~!" -b* *——1802601 j J f 802602 k, l~
'-Ci , S
64915^'. 2 1849151 O '--^——*l ^— t 849146 L
! 'l---S l i (5M446
il . "t l i," ~~1i P49L5 ^ 'M^I^O 1P4^14^ l
' ' X. ! l- v t- —— —— -*' ' ^'- ' \~r.C*L
vt
L. A i vi i L",~J\~;TL~~"~r~''. ' [.-'1649149
1-149
L lMl 1 0 f t
511449
00 "Sfil '11
. . . .. ,. ^, . -
1 tiy-ovst
t
; M ""'i MllM,.
l
, , ... . V . t. ...( l \y-^tp* jyt*(v ;et
1 1
J tHAHl
ji
**4V.Mil X^^
849154. l-!3 : \
"8491-48 l
^ * \ * ' ' \ ~**v^ \ i' \ i
,,-! L V"-"""! li-. l ^om ! 4959I9 B?I3I3 /B2I5I2 ,' l ! l- -
L 537314
i; i -,—r*~W-U-----!----- J - '^^-2- " f 'i L 8491-26, L i L l~L ~ i
,— -v ;-~-^ ,849I27 I849I28 * 5373I9 l
. , "' , ' *
f * ~o L N v- l- l ! L ~"~~ L.6^9131 ,84^3a , ; B49I29
V ft ^. \ C '
IL l J725180 J 842977
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Kimberley T.vo.
220
HIGHWAY AND ROUTE No.
OTHER ROADS
TRAILS
SURVEYED LINES:TOWNSHIPS. BASE LINES. ETC.LOTS, MINING CLAIMS, PARCELS. ETC.
IJNSURVEYED LINES:LOT LINESPARCEL BOUNDARYMINING CLAIMS ETC.
RAILWAY AND RIGHT OF WAY
UTILITY LINES
NON-PERENNIAL STREAM
f .CODING OR FLOODING RIGHTS
SUBDIVISION OR COMPOSITE PLAN
•^SERVATIONS
ORIGINAL SHORELINE
MARSH OR MUSKEG
MINES
TRAVERSE MONUMENT
DISPOSITION OF CROWN LANDS
TYPE OF DOCUMENT SYMBOL
PATENT. SURFACE *- MINING RIGHTS.._,,....,.. ©*' O
, SURFACE RIGHTS ONLY....................... ^
. MINING RIGHTS ONLY _......,..,...,..,.... ^
LEASE. SURFACE S, MINING RtGHTS.,...,.,.....— C*' U
" .SURFACE RIGHTS ONLY............,...^...^. P?
" , MINING RIGHTS ONLY........................... B
LICENCE OF OCCUPATION ....^.........,......... La *f V
ORDER-IN-COUNCIL ....™............................
RESERVATION ......,.........^.............,.......-
CANCELLED ___.....,.___
SAND ft GRAVEL ___......__,......................
\
NOT!: WININO R 1OMT1 IN ^AUCtLS PATENTED PftlON TO
1*13. VfJTgd IN ORIGINAL ^ATiNTIf B Y T Mf
LAND* ACT. H l O 1*?0. CHAr J*Q. 11 C. *3. SUSS
SCALE; l INCH - 40 CHAINS
OW™*w-: rwBisrwepwEwsffic** M-aWMMU^AM*
1000n KM)
TOWNSHIP
CAIROBtP
M.N.R. ADMINISTRATIVE DISTR'CT
KIRKLAND LAKEFINING DIVISION
LARDER LAKELAND TITLES/ REGISTRY DIVISION
TIMISKAMING
Ministry of Ministry of jNatural Northern Development fResources and M:,nes l
OntarioJULY 1986 G -3209~
\FENCES
FROM DISPOSITION
("S ONLY
GHTSONLY
AND SURFACE RIGHTS
r No. Data Diipmition
©
SAND and GRAVEL
M.T.C O'ovil Pil 206
M.T.C. Gro.tl Pil 1313
Giaxl Pit 205
Gro*tl P.I 204, Filt I273O7
tt'a** l Pit
M T.C Pfl SF-4, ru. 127307
M.1.C Crg.tl PH 3F-2I
M T. C Pit 3F - 2B
NOTES
AREA WEST OF WEST MONTREAL RIVER
CLOSED TO STAKING SUBJECT TO*
SEC. 38 { f ) OF THE MINING ACT,
20 S EPT, I 97B.
k—P. t.
4aA01SWW856 2.9954 HOLMES 230
O)3o
Q.
Alma Twp.
l 755246 l 765255
T99244 B?3632 I 373403
02603 l 80260Z l 8*J26OI
IT ft l A. IL
L. l L.
57 l B2I59I l 821592 jl l .-^1 l
*-'^ i f* i ' M i i it
-" ~ TL ~MI446 l 511447 j [L.——-- U
5 l B026O7 l
j T7BS75 6O2649
Kimberley Twp
J3 LL
LEGEND
HIGHWAY AND ROUTE No.
OTHER ROADS
TRAILS
SURVEYED LINES:TOWNSHIPS. BASE LINES, ETC.LOTS. MINING CLAIMS, PARCELS. ETC.
UNSURVEYED LINES:LOT LINESPARCEL BOUNDARY 'MINING CLAIMS ETC,
RAILWAY AND RIGHT OF WAY -*
UTILITY LINES -
NON-PERENNIAL STREAM
FLOODING OR FLOODING RIGHTS
SUBDIVISION OR COMPOSITE PLAN
RESERVATIONS
ORIGINAL SHORELINE
MARSH OR MUSKEG
MINES
TRAVERSE MONUMENT
'/////////////////////*\
DISPOSITION OF CROWN LANE
TYPE OF DOCUMENTi
SYM l- ———— T
PATENT. SURFACE 81 MINING RIGHTS .;............ (P f
.SURFACE RIGHTS ONLY......l,.........,.,., j" .MINING RIGHTSONLY —...^. M..........^.. !
LEASE, SURFACE S. MINING RIGHTS................ C \
" . SURFACE RIGHTSONLY.....^..,....,......,.. l" , MINING RIGHTS ONLY......................^_. f
LICENCE OF OCCUPATION ......................... LO. -ORDER-IN-COUNCIL .........,.........................-.RESERVATION .......,.....
CANCELLED ___.......__—,.—..............
SAND ft GRAVEL ....................^.................. j
NOTE: M INING RIGHTS IN PARCELS PATENTED PRIOR TO M ^ 1913, VESTED IN ORIGINAL PATENTEE BY THE Pi ; LANDS ACT. R.S.O. 1970. CHAP. 380. SEC. 63. S UBS *.
SCALE: 1 INCH * 40 CHAINS
FEET1000 2000 4000 600O 800
O 200 METRES
1OOO[1 KM)
2000(2 KM)
FEE 11TOWNSHIP
CAIROM.N.R. ADMINISTRATIVE DISTRICT
KIRKLAND LAKEMINING DIVISION
LARDER LAKELAND TITLES/ REGISTRY DIVISION
TIMISKAMING
Ministryof LandNatural Management
Resources BranchOntario
JANUARY 1985Nundtr
G-3209
•NOTES
400' surface rights reservation along the shores
of all lakes and rivers,
The subdivision of this Township into lots rind concessions is partially annulled December 3rd 1963
y______ _______ - ______ ^ —
M.T.C. Gravel PH 203
M.T. C. Pit 1394
AREAS WITHDRAWN FROM DISPOSITION
M.R.O. - MINING RIGHTS ONLY
S.R.O.-SURFACE RIGHTS ONLY
M.+ S. - MINING AND SURFACE RIGHTS
DMcrlptio? OrdwNo. Dit* Ditpatttkon F lit
SCC.36/8O W 93/84 8/6/B4 M &S
oCVJ
Q.r~
o
o
HOLMES Tp. M. 224
s."'fi 'uasijfl^jx fir-
f T ^ - -U-
H E P C TRANSMISSION l IN t
.WILLISON Tp. M.259
00
a.h-
co en Oa:
42AC1SWW56 2.905-4 HOLMES 240
LEGEND
HIGHWAY AND ROUTE No. .
OTHER ROADS
TRAILS
SURVEYED LINES:TOWNSHIPS, BASE LINES, ETC.
LOTS. MINING CLAIMS, PARCELS, ETC
UNSURVEYED LINES; \
LOT LINES PARCEL BOUNDARY
MINING CLAIMS ETC '
RAILWAY AND FilGHT O(- WAY
UTILITY LINES-
NON-PERENNIAL STREAM
FLOODING OR FLOODING RIGHTS
SUBDIVISION
ORIGINAL SHORELINE
MARSH OR MUSKEG
MINES
DISPOSITION OF CROWN LANDS
TYPE OF DOCUMENT
PATENT, SURFACE 4 MINING RIGHTS
SURFACE RIGHTS ONLY
MINING RIGHTS ONLY
LEASE, SURFACE ft MINING RIGHTS
SURFACE RIGHTS 'oNLY
MINING RIGHTS ONLY
LICENCE OF OCCUPATION t
CROWN LAND SALE
ORDER-IN-COUNCIL^
RESERVATION (
CANCELLED
SYMBOL
r — i*
H B
OC.' \
SAND i GRAVEL
, t
SCALE : 1 INCH 40 CHAINS . , - *t viQ KM 1000 IOOO 4OOO -~ - •OOQ Y
METRESO fOO *OO tOO tOO l KM
'*AQRES HECTARES - V
TOWNSHIP T A UOA.
FLAVELUEDISTRICT~ i (
TIMISKAMINGMINING DIVISION
LARDER'LAKE
Ministry of Resources
Ontario Surveys and Mapping B ranch"s rs y.
Date Feb 73
Whitney Block Queen's Park, Toronto
Plan N6T;M. 220
•NOTES
400' surface r ights reservation a long the shores of a ll lakes and rivers. - -" ~
The subdivision of this Township m"io lots and concessions i s p artially annulled December 3 rd 1 963
M.T.C. Gravel Pit 303-r
M.T'C. Pil 1394
AREAS W ITHDRAWN F ROM DISPOSITION
M.R.O. - MINING RIGHTS ONLY
S.R.O. - SURFACE RIGHTS ONLY
M.+ S. - MINING AND SURFACE RIGHTS
Dncriptio^i f Order No. D*t* Dwparition Fib
SEC. 36/80
F* la
W. 95/84 8/6/81 M, AS
*o Sco. 31 CO
•r
42A01SW0*56 2.9054 HOLMES
O CM
dh-
O
o
2B0
HOLMES^ Tp. M. 224- -i- . * -
5253'i 176R5 f z.-f t~-^v tt\ - c T t *r } rv -i"""'t "^ "|T~"
WILLISON Tp. M,259
LEGEND .
HIGHWAY AND ROUTE No.^,.,
OTHER ROADS ^ ^
TRAILSSURVEYED LINES:.'""'"""'w*"""""~"*;~' e
TOWNSHIPS, BASE LINES, ETC. KLOTS, MINING CLAIMS, PARCELS. ETC.
UNSURVEYED.LINES; ^ ' LOT LINES " ', . " PARCEL BOUNDARY , ,
, MINING CLAIMS ETC. *'
RAILWAY, AND filGHT, OH* WAY
UTILITY LINES?
NON-PERENNIAL STREAM -
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SUBDIVISIONT
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MARSH^OR MUSKEG '' * ' '
MINES
l- f
cDISPOSITION OF CROWN' LANDS
TTYPE OF DOCUMENT
PATENT, SUHFACE'&^MINING RIGHTS^.
" SURFACE RIGHTS ONLY , .
" . MINING RIGHTS ONLY
LEASE, SURFACE 4 MINING RIGHTSs , t -
SURFACE RIGHTS C''LY
MINING RIGHTS ONLY . f
LICENCE OF OCCUPATION \ fi.. ^
CROWN LAND SALE -. ,T :.. ; :!.,.
ORDER-IN-COUNC1LS .^7 ,.,,v
RESERVATION ^ ,* ,. ^ , ,. ,....,,..
CANCELLED
SAND A GRAVEL
. M-
v
SCALE : 1 INCH -""40 CHAINS .o aoo looo looo
FEET
O tOQ 4OO *OO BOO IHM
. **AQRES HECTARES :
TOWNSHIP, JUN201986 -^
FLAVELLEli *
DISTRICT | ( ' ,
TIMIS'K^MING',MINING D,l VISION*
LARDER^LAKE
Ministry of Natur&l- Resources -Ift ^,
Ontario Surveys and Mapping Branch "*yDate Feb 73
Whitney Block Queen's Park, Toronto
Plan No.
M. 220
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1 S
CA
LE '
1/5
000
100
200
300m
HOLMES - FLAVELLE TOWNSHIPS
AEROMAGNETIC TOTAL FIELD MAP
SURVEY AND COMPILATION BYGEOPHYSICAL SURVEYS INC.
1986
x ^
ISOMAGNETIC LINES
500 gammas
100 gammas
10 gammos
Magnetic depress ion
Flight lines 340725
tm6 fiiawn wU-tfr tha R EXHSM iyiiem combined w-ttk a fafi me.a4uAcmeni Q & Xke. vasititat magnetic. gsuidi.e.nt.
The. J.ttAtA.ime.ntation J,ncludeA an 5MEX- 1 ^ora GeoiecA Lid., a V LP TOTEM- 2A jjAflm HeA2 Indai-tAi&i Lid., and a dig-ltcit data ac-Atj&ttan ijfl.ora Sonatefe Lid. Foa-t pai-w o^ co^X6 a,te ini-
-in the. EMEX-? b^Ad 4/ietC; -ftuo paiAi ewe -en a tic&t caaxA.ai con^-iguAa^ton and the, -two otii&iA cue. Ln a cop-tanaA c-onfaguwuticyi. The. tftan^mitt^ng ^equeneiw O'ta 639 43/7 Hz ijo.i -tfie. coaxi-a/, S 76 and 4972 Hz fan. the, coptawvt
^.ed cut a k i^Q'nt o jj 6 total rnoQue^tic. ^Ltid-ttaa/ magnetic Q tiadiznt iti&ui ie,d.ofido,d by
uapoa.'i
, v ztiJA.c.aWj 2m apoA^, we/te aboue Xkt eAe.eJsioma.g nektic, b&id, Tkn
the io^efL and appeA A &idou and tkz v&i V-200 Sctntnzx ce-
FALCONBRIDGE LTD/LTEE
HOLMES-FLAVELLE TOWNSHIPSPN-615
HOLMES TWP. ,MAP4
EXECUTE PAR: EXECUTED 8Y-INTEHPRETE PAR: INTERPRETED BY :APPROJVE PAR: AP,PROVEP BY -DESSINE PAR DRAWN 6Y :
N.T.S. 42 A/2,1 PLAN No:
ECHELLE SCALE :
O
1/5000
100 200 300m
42ABlSWa0S6 2.9854 HOLMES
HO
LM
ES
- FL
AV
EL
LE
T
OW
NSH
IPS
AEROMAGNETIC VERTICAL GRADIENT MAP
SU
RV
EY
A
ND
C
OM
PIL
AT
ION
BY
GE
OP
HY
SIC
AL
SU
RV
EY
S I
NC
.
1986
SO
MA
GN
ET
IC
LIN
ES
5 ga
mm
as/m
eter
l gam
mas/
mete
r
. l
gam
mas
X m
ete
r
Mag
netic
de
pres
sion
Flig
ht
lines
340
725
WOA
filou
in w
jjth
the.
REX
.HEM
-4 Ai
jAttm
ccm
b-in
&d
w-ct
/i a
ion.
mea
t, uA
omzn
t of
t th
e, v
eAti
cat
magn
eto.
gfia
die.
nt.
The.
tn&
tAuj
n mut
atio
n .c
nc/u
dei
an E
M EX-
J tft
cm G
aota
ck
Ltd
.,
a l/ L
F 4 y
* -t em
TOT
EM- 2
A f,ft
om H
Z.AZ
Tnrf
tii-f
Aiw
li
d.,
an
d a
dig
ital
data
ac-
qi
uA-L
tion
Atj&
tejn
jj-tom
Son
oief
e Lt
d.
Fou-
i pa
-cw
o^
co^
.^i
(fie
^.n
i- ta
tlad
-in
the
. EM
EX- J
b^
tci
b kul
Z;
two
paiM
afi
e. •in
a A
taad
aAd
vafi-
co
axia
l cc
n^-ig
a-W
-twn
and
flit
titf
o at
hztib
OJ
KL 4
.n a.
lwfu
.zon
.tat
c.on
bigu
Ac&
ion.
Th
e. tA
.anb
miJ
ttA.n
g ^
.eQuc
wc-
iw
oJit
639
and
43
17 H
z fio
fi th
e. c
oaxi
al.,
S 76
and
4972
Hz
&CA
the,
cop
lana
n
The.
tiVc
mag
m^a
m&
teA
AZn&
ote,
v z
siti
aiti
ij
2m a
paAt
, ti&
ie.
ind
at a
hai
ght
0& 6
m&
tfieA
ab
ove,
the.
e&
ic.&
ions
a.gnz
tA.c.
b^i
d.
The.
to ta
t m
agne
tic,
fatt
d f
acm
die
tav
esi
and
tippe
t ie
tiiO
'W
and
the.
ve.1
- ti
cai
mag
netic
. gf
iadi
K.nt
. we
Ae A
eco^
ded
by t
hAze
. V-
2QO
Scin
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., M
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UTE
P
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: E
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Y:
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TED
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PAR
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V
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S
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l 5
000
100
200
300
i
HO
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ES
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LE
T
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IPS
AEROMAGNETIC VERTICAL GRADIENT MAP
SU
RV
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A
ND
C
OM
PIL
AT
ION
BY
GE
OP
HY
SIC
AL
SU
RV
EY
S I
NC
.
1986
SO
MA
GN
ET
IC
L N
ES
5 ga
mm
as/m
eter
l g
am
ma
s/m
ete
r
. l ga
mm
as l m
eter
Mag
netic
de
pres
sion
Flig
ht
line
s3
40
725
LES
RELE
VES
GEO
PHYS
IQUE
S IN
C.
The.
tub
t-iiu
n int
atio
n tn
ctud
oA
du C
MEX
-7 ^A
ora G
e.ct
e.di
L
td.,
a VL
F TO
T EM
-2 A
jj-tom
h'e-
t-Z I
ndoi
-fi^-
fci
Ltd
.,
and
a di
g-ita
JL d
ata,
ac-
bt
jAtcj
ri fif
iem S
onot
zk L
td.
f QUA
p&
ou
cj c
o^X
i o-
ie X
ni-
X.H i
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MEX
-J fa
iAd
i/ieX
f.;
-fwo
paLm
* 0,1
0. tn
a i
-tand
o.t.d
WCA
- cc
dxx,
^ co
nfi^
gtift
atin
n an
d th
e., t
wo o
tlie.su
> cw
.c -e
n a
hofL
izcn
tat
copt
ana^
i co
n^-L
gufia
t^on
. Tk
e. t-'
iam
mtt-
titt.g
^.•
teqa
cjic
x,^
oAe
639
ctnJ
43
17 H
z ^Jo
-t. t/
ie c
caxi
d-^,
B7
6 an
d 49
72 H
z /(P
-'I tk
e, c.c
plai
ia.'i
abov
e, th
e. e
.le.c.
~tx.om
acjne
M.c.
. b&
id.
Ike.
FALC
ON
BR
IDG
E
LTD
/LTE
E
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S-F
LAV
ELL
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TOW
NS
HIP
SP
N-6
15,6
25,6
26,6
27,6
28
FLAV
ELLE
TW
P.,
MAP
2
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CLJ
TE
PA
R:
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BY '
NT
ER
PR
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P
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100
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DE
SS
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AR
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42A
01S
W0056
2.9
®54
HO
LME
S3
50
HO
LM
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AV
EL
LE
T
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AEROMAGNETIC VERTICAL GRADIENT MAP
SU
RV
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A
ND
C
OM
PIL
AT
ION
BY
GE
OP
HY
SIC
AL
SU
RV
EY
S I
NC
.
1986
SO
MA
GN
ET
IC
LIN
ES
5 g
am
ma
s/m
ete
r
l gam
mas/
mete
r
.1
gam
mas
l m
ete
r
Mag
netic
de
pres
sion
Flig
ht
lines
34
07
25
LES
REL
EVES
G
EOPH
YSIQ
UES
INC.
Tke,
j..tiA
tA.u
me.n
tatJ
.on
tnct
udeA
an
fM
EX-7
faom
Ge.c
te.cli
. L
td.,
a. VL
FTO
TEM
-ZA
^?wm
HeA
z ln
dai-f
u.e.
5 Lt
d.,
an
d a
dtg^
utal
dat
a ac
- cm
AtjA
tejn
fifw
rn S
onct
e.k
Ltd.
fo
uA p
cusu
, of
, co
-tX-i
a-T.e
-Lnb-
ta
itzd
A,\\
tlie.
EM
EX-J
bJJi
d bk
zJUL
; At
fo p
axite
aA
e -in
a. -
stan
dard
i-'e
/t.-
t-Lca
t c.o
o.yu,a
JL c
cn-fj
iguAc
ut^Lo
n. an
d iju
t tit
ic o
tho.
^ OJ
LI tn
a h
o^Lz
cnta
i. c.o
pi.an
a-1
ccnf
i-igu
sieut
ian.
Tk
e. tA
.a.\i
t,rru
.tti.n
g jj.t
.equ.
e.ncc
e,i
a-ta
639
and
43
17 H
z jJo
A tk
i zc
a^a
t,
S76
and
4972
Hz fa fi
tiie.
ccpl
ana-
1
, v e
.futic
atly
2m
apa
At,
vieJL
e. tn
&ta
tid
d at
a. h
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lit 0
5 5
abov
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ktic
, bV
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mag
netic
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the
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and
appe
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S-F
LAV
ELL
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TOW
NS
HIP
SP
N-6
15,6
24,6
27
HOLM
ES
TWP.
.MA
P3
EXEC
UTE
PA
R,
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EC
UTE
D
BY
:IN
TER
PRET
S PA
R:
INTE
RP
RE
TED
8Y
:A
PP
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PR
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E
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-
0
1/5
000
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300m
42ABISW6B56 2.9054 HOLMES
HOLMES - FLAVELLE TOWNSHIPS
AEROMAGNETIC VERTICAL GRADIENT MAP
SURVEY AND COMPILATION BY
GEOPHYSICAL SURVEYS INC.
1986
SOMAGNET C LINES
5 ga m mas X rn el e r
l gammas/meter
. l gammas X meter
Magnetic depression
Flight lines 340725
ALLfwe.y w&t, jj&jwn with .the. R EXHEM-4 -iy-iiem c.ow6.ined w-ct/i a si me.aAusi2me.fit o^ the. vejutLcat magnetic gfiadL&nt.
T/re -LMtAtarie.ntaticvi •inctudeA an EMEX-7 faom Ge.ote.cJi Ltd. f a VLF T0TEM-2A fifLom He.tiz InduAt&ieA Ltd. f and a digital, data ac-
tem ttwm Sonotzk Ltd. Fousi pcusib of, C.C-UU* oJi^. -cni- .tatte.d Ln the EMEX-7 b-Uid Ak&tii two p&ite ant .in a A tandaAd u eA-
coaxial- C-on^-lQan^utLon and i/ie ^wo otk^u ttAe -i, M. a Iwu-zontat-iQuficvtion, Tke. tA(MSmit.tA,ng '̂Laque.ncxa6 oAe 639 and
43/7 Hz ,jo,T ,rte coaUfl/., 576 and 4972 Hz jSo* tte coptawUi
T/ze -iwo maaftfciom&teA ^e.^(?.u, v e.fvtLc.aHij 2m apan-t, ive-tc ^.ec/ a-t a kzight cfc 6 M&&I&, abovt thi e&LC.&wmagn&tsic. bVid, The. total mayne^tic. ^lutd fix.cm the- latfeA and uppe.fi A&n&ou and the. ve.fi- tA.c.ai ma^itetca QfiadLtyit. w&ie. fiiLCQ'idid by -Cfi-tec V-2QQ 5 cx.nt^ex c^- 4 -cam vapou.fi
r? V
FALCONBRIDGE LTD/LTEE
HOLMES-FLAVELLE TOWNSHIPSPN-615
HOLMES TWP.,MAP4
EXECUTE PAR: EXECUTED BY-_INTERPRETE~PAft: INTERPRETED BY :APPfiOUVE PAR: APPROVED BYDESSINE PAR: DRAWN BY :
N.T.S. 42 A/2,1 PLAN No'.
ECHELLESCALE :
O
1/5000
100 200 300.T.
HO
LM
ES
- FL
AV
EL
LE
T
OW
NSH
IPS
PHASE AND QUADRATURE PROFILS OF
THE ELECTROMAGNETIC FIELD MAP
CO
AX
IAL
CO
ILS
43
17
Hz
SU
RV
EY
A
ND
C
OM
PIL
AT
ION
B
Y
GE
OP
HY
SIC
AL
SU
RV
EY
S I
NC
.
1986
LEG
EN
D
*20
+IO
quadra
ture
-
-20
phas
e
Flig
ht
line
Ver
tical
sc
ale
cf
pro
fils
(2 p
pm -
\ m
m
Flig
ht
line
45Q
I
LES
RELE
VES
GEOP
HYS1
QUES
INC.
Incl
ude,
*,
an E
MEX
-7 jj-
u-m G
e.ats.
cJi
Ltd
., a
l/LF
TOTE
M- 2
A ^t
cm H
^.-iz
Indu
Afrti
.e.6
Ltd
., an
d a
dig
ita
l da
ta,
ac-
Scno
-te.li
ltd
. T a
tin.
pain
t*
c fi
coW
t a-
re. -
tiii-
tatl
e.d
-oi tli
e. B
fEX-
J b-
Lfid
blio
JUi;
two
paiA
i Ok
e. -in
a A
tand
aJtd
VQA
- .ti
c&t
coax
A,ai
c.o
iijj-c
gti-i
jrtic
n an
d ti
n t
wo
c tfie
-i/i
a.te
-ui
a h
Qtu
.zcnt
.aL
copi
ana-
l c.o
n^i.g
iL-i.
a-Cc
ot'i,
T/ic
tsia
nAm
-Ltti
ns
{•izq
u.e.nC
A.dA
OJL
Q. 63
9 an
d 43
17 H
z jJo
A -t/
te c
.cax
j.at,
S76
and
4972
Hz
tfai
tfte.
1/i.e
ti'Jc
ma.gn
z.tam
e.te.-
'i
WSA
Z x.e
,c.o?
ide.d
by t
kii
t V-
IQQ
FALC
ON
BR
IDG
E
LTD
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E
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LME
S-F
LAV
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NS
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SP
N-6
25,6
28
CAIR
O
TWP.
, M
AP l
EXEC
UTE
PAR'
EX
ECUT
ED B
Y J
TNTE
RPRE
TE
PA'B
INTE
RPRE
TED
BYA
PP
RO
UV
E
PAR
". A
PP
RO
VE
D
BY
-
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.S.
4iP
/
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7 5
COO
380
300
-
HO
LM
ES
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AV
EL
LE
T
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IPS
PHASE AND QUADRATURE PROFILS OF
THE ELECTROMAGNETIC FIELD MAP
CO
AX
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CO
ILS
43
17
Hz
SU
RV
EY
AN
D
CO
MP
ILA
TIO
N
BY
GE
OP
HY
SIC
AL
SU
RV
EY
S I
NC
.
1986
LEG
EN
D
20
+IO
quad
ratu
re
-10
-20
phas
e
Flig
ht
line
Ve
rtic
al
scal
e cf
p
rofil
s (2
pp
m
= l m
m
Flig
ht
line
45Q
7250
LES
RELE
VES
GEO
PHYS
IQUE
S IN
C.
bu.fi
ve.tj
tvai
j^
acn.
Mtt
k th
e. R
EXtfE
M-4
iyi
-tem
com
bine
d w
ith a
of
i me
.aAuA
vne.y
Lt o
f, th
e. v
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mag^
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c. Q
na.d
ie.n
t.
Tha
.im,tf
iume
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tion
-cnc/
udei
an
CMEX
- 1 fa
cm G
e.cte.
di L
td.,
a VL
fTO
TEM
- ZA
{(/tom
Hw
z In
duAt
hiQ
A L
td.,
and
a di
g-ita
l da
ta,
ac-
qiuA
-itio
n bi
j&tv
m '
^lorn
Son
ot&
k Lt
d.
fouA
pax
Ai
ejj c
o-iX
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e. -ti
^i-
-in t
he.
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- 7
b&id
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fivo
p&Lt
e, aA
e. -in
a A
tand
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co
axsia
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.on^
-iguA
dtio
n an
d tk
e. A
va o
th&
U
a-ie
i.n a
. koA
LZon
tat
copi
anaA
con
figur
atio
n.
T/ae
ttio
MAm
ittin
.®
^Aeq
uenc
iei
a/te
639
and
43
17 H
z fa
n th
i co
axia
l.,
S76
and
4972
Hz
faA
tke.
tcp
tana
i
Tke.
two
magn
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meJ.e
A ie
n^o^
, vd
Ati
call
y 2m
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At,
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ZA
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e, z
Zzct
swrn
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om t
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NB
RID
GE
LT
D/L
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NS
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SP
N-6
15,6
25,6
26,6
27,6
28
FLAV
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TW
P.,
MAP
2
"t
EX
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UTE
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AR
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BY
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PA
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ED
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41
A/2
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No
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PR
QU
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P
AR
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01S
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2.9
^54
HO
LME
S
HO
LM
ES
- FL
AV
EL
LE
T
OW
NSH
IPS
PHASE AND QUADRATURE PROFILS
OF
THE ELECTROMAGNETIC FIELD MAP
CO
AX
IAL
CO
ILS
43
17
Hz
SU
RV
EY
AN
D
CO
MP
ILA
TIO
N
BY
GE
OP
HY
SIC
AL
SU
RV
EY
S I
NC
.
1986
LEG
EN
D
20
-HO
quad
ratu
re —
-10
-20
phas
e
Flig
ht
line
Ver
tica
l sc
ale
c f
pro
fils
( 2 p
pm -
l m
m
Flig
ht
line
45
01
^^^
7250
LES
RELEVES GEOPHYSIQUES I
NC.
tfai
f,iow
n me
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en-t
tlie.
REX
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agne
tic
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JM-tt
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b-c
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HOLM
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INTE
RP
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PAR
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PR
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BY
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: A
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:D
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5IN
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PA
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D
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BY
:
N.T
.S
41 A
/2,1
PLA
N
No
:
EC
HE
LLE
: S
CA
LE
: O
1/5
00
0
100
200
300m
HOLMES - FLAVELLE TOWNSHIPS
PHASE AND QUADRATURE PROFILS OF
THE ELECTROMAGNETIC FIELD MAPCOAXIAL COILS 43!7 Hz
SURVEY AND COMPILATION BY
GEOPHYSICAL SURVEYS INC.
1986
LEGEND
-10 -20
Flight line
Vertical scale of profils (2 ppm - l mm
Flight line 4501 .7250
4uAve.y wajt jj&wn wH-th the. REXHEM-4 A y&tyn combined wii-tfi fact meo6 utemen-t 0|J -tile ue/ttccat magnetic. Qfia.dLe.yit.
The. i^&tfium^Yiti^UoYi -tncZudw an EMEX-I fttwm Geo-tecA Ltd., a I/LF TOTEM- 2A j^iom HeAz InduA.fw.e6 Ltd, , and a. dlQitat data, ac-
if/item iS-tom 5ono-tefe Ltd. FOUA pai/ti o^ coxXi afit Hwk- -in &KL EM EX-/ b^id idelZ; -two paiw aAe x, H. a A tandaAd v&i-
on^-igaAtttion aiad -the fyio otktu aAe. x.n a horizontal. non^-igafiation. Thu tJianbmctting ^eque.nc-cei afii 6 39 aw.d
4317 Hz rfa* ^ie cc-ax^a^, S76 and 4972 Hz ^O/L ifie cop&waA
T^e ^wo magneiomeicA. ie^ow, uc/i-tcaat^/ 2m apaA-t, toeAe ^ Hed at a he.igkt o^ 6 mzt?ieA above, tke. ^i&cJ^wmagyi^tic. bitid. The. totat magnetic, fazld facm tke. tatfeA and appcA icwio-W and thu ve.fi
magnetic. Qn&diznt wew fLdc.osidad by t/ttee V-2QQ Sc-infizx c.e-
FALCONBRIDGE LTD/LTEE
HOLMES-FLAVELLE TOWNSHIPSPN-615
HOLMES TWP.,MAP4
EXECUTE PAR: EXECUTED BY:NTERPRETE PAR: NTERPRETED BY '-
APPROUVE PAR. APPRpVED BY :DESSINE PAR: DRAWN 1Y :
NTS. 42A/2.1 PLAN No:
ECHEUE SCALE :
O
1/5000
100 200 300rr
42A01SW0056 2.9854 HOLMES
420
HO
LM
ES
- FL
AV
EL
LE
T
OW
NSH
IPS
TOTA
L FI
ELD
A
ND
QU
AD
RA
TUR
E
PR
OFI
LS
OF
THE
V
LF
-EM
SU
RV
EY
AN
D
CO
MP
ILA
TIO
N
BY
GE
OP
HY
SIC
AL
SU
RV
EY
S I
NC
.
1986
LEG
EN
D
tota
l fie
ld
Flig
ht
line
Ver
tical
sc
ale
of
pro
fils
(2.5
07o
= l m
m
Flig
ht
line
7250
VLF
st
atio
n us
ed :
N
SS
A
nnap
olis
, M
D-U
SA
21,4
kH
Z
Tfte
.i TO
TEM
- ZAw
ai
filouJ
n w^
Ck t
he,
REXH
EM-4
A y* -
tem c
amb-
inp.d
w-Lt
k a
on.
meas
urem
ent
o ft
tkz
ue/t
ttca
t ma
gnet
.
-Lnc
f.ud^
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X- 7
j-tem
Gea
fec/
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td.,
a f I
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ndai
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anrf
a di
git
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data
, ac
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nc-t&
fe. L
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Foa-
t pt
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oj
co^l
i tM
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-ta
ttzd
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the.
EMEX
- 7
43/7
Hz
jja
The.
fttic
tzd
at a
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gkt
ofi 6
to-
taJL
magn
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fazt
d
mag
netic
. va
pour
Aco
pai/L
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z t?
ianA
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eqae
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i a/t
e, 63
9 an
rf 57
6 a*
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972
ffz
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ccp
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part.
, ui
abov
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Ad.
The.
-the to
uJCA.
and
uppe
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SU
RV
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S I
NC
.
98
6
Mid
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Lake
Vert
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scal
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pro
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07o
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m
Flig
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450
VLF
st
atio
n
used
:
NS
S
Annapo
lis,
MD
-US
A
21.4
kH
Z \ \
LES
RELEVES GE
OPHYS1
QUES INC
Tiiii
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LA ^L
atin
with
me.
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Ind
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and
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& -in
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ie tf
Lo.nb
mifct
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^-le
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ncxa
i al
e 63
9 an
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Hz
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the
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4972
Hz
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15,6
25,6
26,6
27,6
28
FLAV
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AP
PR
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BY
42
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6
2.9
054
HO
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S
HO
LM
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AV
EL
LE
T
OW
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IPS
TO
TA
L F
IELD
A
ND
QU
AD
RA
TU
RE
P
RO
FIL
S
OF
TH
E
VLF
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SU
RV
EY
A
ND
C
OM
PIL
AT
ION
BY
GE
OP
HY
SIC
AL
SU
RV
EY
S I
NC
.
1986
LEG
EN
D
tota
l fie
ld
Flig
ht
line
Vert
ical
scal
e of
pro
fils
(2.5
07o^l
mm
Flig
ht
line
45Q
I72
50
VLF
st
atio
n
used
:
NS
S
An
na
po
lis,
MD
-US
A
21.4
kH
Z \ l
LES
RELE
VES
GEO
PHYS
IQUE
S IN
C
wo*
^tow
n ui
i.tk
the.
REX
KEM
-4 b t
/Atz
w c
ombi
ned
w^ith
a
fa fi
meoi
ux.zm
e.tit
o fi
the,
ve,?
vU.cA
?. m
agnz
t-ic.
gsi
a.di
e.nt
.
The.
-Lnb
tfiiM
rHin
tatic
n •L
n.ztu
deA
an E
MEX
-I j^
cm G
e.ot
e.ch
L
td.,
a UL
F TO
TEM
- 2A
jjAom
HeA
z In
di^t
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td.,
and
a. d,
L^Lt
a,t
data
ac-
jj/Lcm
5on
o^:ef
e f-t
d.
Fott/
i p&
tiii,
of, c
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in^-
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t -t/
ie EM
EX- J
bi-Y
d -f.h
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o pa
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O'te
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rtjJ^
u-'m
t^c'R
acw
i t/i
e Ac
o oi
fieA
i aA
e -in
a
conf
aguw
.tioi
i. Th
e. tfi
anAm
ti-M
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frie.q
u.e,nc
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as
m 63
9 an
d 43
17 H
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SL th
e. c
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ai,
S76
and
4972
Hz fan
fine
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and
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x ce
-
FALC
ON
BR
IDG
E LT
D/L
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SHIP
SP
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15,6
24,6
27H
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T
WP
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PS
EXEC
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PA
R E
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CU
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B
Y:
1NTE
RPR
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PAR
INTE
RP
RE
TED
BY
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PR
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NT.
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1A
/2.1
PLA
N
No
:
SC
ALE
:O
'00
200
300n
4^A01S^V0056 2.9054 HOLMES
HOLMES - FLAVELLE TOWNSHIPS
TOTAL FIELD AND QUADRATURE PROFILS OF THE VLF-EM
SURVEY AND COMPILATION BY
GEOPHYSICAL SURVEYS INC.
1986
LEGEND
*50 -25 -50
total field
Vertical scale of profils (2.5 0Xo - l mm
Flight line 4 5Q17250
VLF station used : NSS Annapolis, MD-USA
21.4 kHZ \
l
iuAvey woi fj&JWii w-tin the. REXHEM-4 iyi^em combined a'-ctfr a oti ine^s ux.we.tvt of, the, veA&icai mapne-tic g-'tactteni.
an EMEX- 7 o-'10"1 G e.ote.ch Ltd., a WTOTEM- 2A g'AOffl tfeAz Induii-tiw i-tti., and a cU-ij^toX dtL&i ac-
Scmc^efe l-td. FouA ptuAi o^ co^Xi aAe ^.ni- -in. the. 5MEX-I b^tAd -4/te^Z; Aoo paite oJiz -en a A tandand VVA-
coaxial con^-iguSi&twn and the, Atfo otkzu QJVI Ln G. hotu-zont& c.cpta.nan. zonfi-iguAation. Tde tfawAmU.tLng 6sie.que.ncA.eA ate. 6 39 and 4317 H z fati tkz coaxtal., 876 and 4972 Hz fjo-t -tfie
T/te Aoo magheiomeicA iemo^-5, ve-iiic.it^ 2m apafct, weAe ^ed at a height G& 6 m&tsieA above, the. eIe.ctSLomagvK!M,c. bVid. The. to tat magne^xc. (jie^d ^om ^/ie ^oweA and appeA -ienio-W and -t/te veA
igneXcc gfLodie.nt we-ia -le.cox.de.d b y thx.e.e. V-2QQ S ciattw ce- uapoa^i
FALCONBRIDGE LTD/LTEE
HOLMES-FLAVELLE TOWNSHIPSPN-615
HOLMES TWP. ,MAP4
EXECUTE PAR: EXECUTED BY:INTERPRETS PAR: INTERPRETED BY :APPROUVE PAK' AP.PRQVEP BYDES5INE PAR: DRAWN BY :
N.T.S. 42 A/2,l PI AN N o:
100 200 300m