HELIBORNE GEOPHYSICAL SURVEY, ABITIBI AREA

GM 46108HELIBORNE GEOPHYSICAL SURVEY, ABITIBI AREA

http://gq.mines.gouv.qc.ca/documents/examine/GM46108

http://gq.mines.gouv.qc.ca/documents/sigeom/Licence.pdf

http://gq.mines.gouv.qc.ca/documents/sigeom/license.pdf

l',lrlc.Wro ItnUrgh et da3 romaurces Servico de la Gdoinforrna.tiQn

Date: 4 M A 11988

No G.M.: 46.14i8

HELIBORNE GEOPHYSICAL SURVEY

in the

ABITIBI AREA, QUEBEC.

for

NORANCO EXPLORATIONS INC.

by

GEOPHYSICAL SURVEYS INC. 2272 Léon Hormel, Québec, QUEBEC.

GIN 4L2

OCTOBER 1987

TABLE OF CONTENTS

1. Introduction

2. Data presentation

3. Summary interpretation of the electromagnetic data

3.1 Joutel 3. 2 Vezza 3.3 Quévillon 3.4 Lac Messine 3.5 Lac Meston 3.6 La Gauchetière 3.7 Horsefly lake 3.8 Desjardins area 3.9 Castagnier

4. Description and advantages of the REXHEM-IV hardware

5. General Interpretation

6. Description of the analogue chart

7. Anomaly list

1. Introduction

Geophysical Surveys Inc. has carried out a heliborne geo-physical survey for Noramco Explorations Inc. from June 28 to July 19, 1987 in the following areas:

Joutel (lines 1 to 31, CL 900-901, 75km)

La Gauchetière (lines 41 to 107, CL 902-903, 374km)

Vezza (lines 131 to 189, CL 904-905, 203km)

Quévillon (lines 201 to 230, CL 906-907, 104km)

Desjardins (lines 231 to 380, CL 908-909, 509 km)

Castagnier (lines 401 to 542, CL 910-911, 606km)

Horsefly (lines 551 to 666, CL 912 - 913, 402km)

Meston (lines 701 to 796, CL 914-915, 595km)

Messine (lines 701-796, CL 916-917, 310km)

The boundaries of these survey areas are indicated on gures 1.1 to 1.9.

The lines were oriented N-S and spaced 100 metres apart.

fi-

The survey areas were covered with simultaneous measurements of the total magnetic field, 4 channels of VLF-EM data and 8 channels of electromagnetic data.

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AMOS AREA

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The REXHEM-4 system which is an acronym formed from Relevés d'EXploration Héliportés ElectroMagnétiques was used to carry out the survey. The main geophysical instrumentation of the REXHEM-4 is a four frequencies EM system, a cesium vapour magnetometer and a two frequencies VLF-EM. The elec-tromagnetic coils mounted in a bird shell of 8 metres in length were towed 30 metres below the helicopter at an average height of 30 metres above ground.

The VLF-EM antennas were instaZZed along the skid of the helicopter and the magnetometer sensor at 6 metres above the EM bird.

The total field and the quadrature component of the VLF electromagnetic field were recorded from two stations - NAA Cutler, Maine and NSS Annapolis, Maryland. The data processing and interpretation were done in Quebec on a PDP11/70 computer and a Zeta 3610 drum plotter from July to September 1987.

2. DATA PRSSENTATIDN

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The three larger survey blocks were compiled on two sheets (Mes ton, Desjardins and Castagnier) and-on one sheet for the others six blocks.

The maps at a scale of 1:10,000 accompanying this report are:

the electromagnetic anomalies shown by symbols (12 maps)

the phase and quadrature profiles of the electroma-gnetic field - 878 Hz (12 maps)

- the isomagnetic contours of the total field (12 maps)

- the contours of the calculated vertical magnetic gra-dient (12 maps)

the color maps of the total field and the vertical magnetic gradient (24 maps)

3. SUMMARY INTERPRETATION OF THE ELECTROMAGNETIC DATA

3.1 Joutel

The electromagnetic response is relatively active in the survey area but most of the anomalies are related to a conductive overburden.

The presence of magnetite has caused a reversal of the in-phase polarity at few places and these anomalies are indi-cated by the letter M on the EM anomalies map (27 A - B, 28 F etc...).

A good bedrock conductor was detected on lines 30 and 31 (anomalies 30 D and 31 C) and the extension of this conductor further east is very probable. Ground follow-up surveys are recommended over this conductor.

3.2 Vezza

Numerous electromagnetic anomalies were detected in this survey area and some are related to bedrock conductor axis.

The main conductor axis go through the following anomalies:

148 E, 149 E, 150 C, 151 D, 152 C, 153 D, 154 C, 155 E, 157 C, 162 C, 163 D, 164 D, 165 C, 166 C, 167 B, 183 C, 184 D, 185 C, 186 F and 187 C.

A good conductor can be also followed through anomalies 159 E, 160 A, 163 G, 164 B and 165 F.

Weaker anomalies which are probably also related to bedrock conductors are 154 A, 155 G, 156 B, 149 F, 154 E, 183 D.

First priority targets are anomalies 154 G, 155 E, 167 B and 184 D. Second priority targets are anomalies 154 A, 154 E, 183 D.

3.3 Quévillon

There is a good conductor just south of the main road (ano-

malies 205 A, 206 D, 207 A, 208 E, 209 A, 210 K, 211 A, 212 F and 213 A) and also at about 500m north of it (anoma-lies 211 C, 212 D and 213 C).

Ground follow-up surveys are recommended over anomalies 213 A and 213 C.

3.4 Lac Messine

Most of the electromagnetic anomalies detected in this area are related to bedrock conductors.

The presence of magnetite has caused a reversal of the in-phase polarity across the whole survey area near the northern section of the block.

The width of this zone reachs up to 1 kilometre and can be easily identified on the electromagnetic profiles map. These anomalies are indicated by the letter M on the EM anomalies map.

Immediately south of this magnetic geological formation, there is a wide conductive zone which is characterized by multiple parallel conductors. This conductive zone ends on line 838 (anomalies 838 D - E) but it's extension fur-ther west of line 801 is very probable.

There are many conductor axis within this wide conductive zone. One of these axis ends abruptly at line 805 (anoma-lies 801 M, 802 C, 803 F, 804 C and 805 P) and the conduc-tive zone is offset further south from this line (anomalies 805 M - K). This offset is also quite noticeable on the magnetic maps (total field and vertical gradient).

The number of conductors across the width of this conductive zone and their continuity are quite variable from the east to the west boundaries of the survey block.

Moreover, the geological contact related to this zone has a slight curvature toward the south and most of the conduc-tive axis are not therefore straight lines.

A more complete interpretation of the geophysical data gathered during this survey would be certainly worthwhile for a better evaluation of this complex conductive zone.

A major conductive zone was also detected just one kilometre west of lac Messine and some of the anomalies along this zone have very strong in-phase and out-of-phase amplitudes (anomalies 810 P, 811 A - B, 812 Z).

The orientation of this zone which changes abruptly between lines 815 and 816, becomes almost north-south on line 817 and can be thereafter followed toward the south-west (anomalies 811 AA, 812 A - B, 813 A - B and 814 X). This curvature can be also easily identified from the map of the total magnetic field.

A narrower conductor was detected about 1 km north of lac Messine (anomalies 835 A, 836 G - H, 837 A - B, 838 K). A good conductor is located east of lac Messine (anomaly 844 C) and was also detected on lines 843 and 842 outside the survey boundary when the helicopter was turning to the next survey line.

The presence of massive sulphides or graphite is very likely in this survey area because high conductivity-thickness values were calculated from numerous anomalies.

Ground follow-up surveys are recommended over the following anomalies: 803 F, 805 P - N - M - K - H - G, 808 K - M - N, 836 G - H and 844 C.

3.5 Lac Meston

Most of the bedrock conductors are located in the southern half section of the survey block where many conductive zones were detected across the whole survey area.

For example, seven conductor axis where detected along line 752 (anoma Zies 752 E to P) just north of lake Surprise and five other conductor axis in the south-west corner of the survey block (anomalies 721 D to K).

The high conductivity-thickness values calculated along these zones suggest the presence of graphite or massive suZphiques.

In the northern half section, the few interesting anomalies are:

707 A - B, 708 C - D, 709 D, 733 B and 734 F.

Ground follow-up surveys are recommended over isolated conductors such as:

707 A - B, 740 M, 751 B - C - D, 765 B

Second priority targets are: 733 B, 73351 C, 756 H, 774 N

3.6 La Gauchetière

The presence of a conductive overburden has caused several large electromagnetic anomalies. The anomalies axis which might be related to bedrock conductors are located just south of lac au Rat and in the north-east corner of the survey block.

These axis can be drawn from the following anomalies:

AXIS 1 (anomalies 48 D, 49 C, 50 B, 51 D, 52 D, 53 E, 54 G, 55

G, 56 F, 57 D, 58 F, 59 C, 60 F, 61 C.

AXIS 2 (anomalies 64 K, 65 D, 66 E, 67 H, 68 D)

AXIS 3 (anomalies 97 G, 98 B, 99 N, 100 B, 101 P, 102 B)

AXIS 4 (anomalies 99 K, 100 D, 101 K, 102 C, 103 K, 104 B, 105

K, 106 C, 107 G)

First priority follow-up targets are: 48 D, 66 E, 104 B

and second priority targets 101 P, 103 H.

3. 7 Horsefly lake

Many electromagnetic anomalies associated to long conduc-tor axis were detected in this area. Some of these anoma-lies are very likely to be caused by graphite or massive sulphide when the value is more than one for the ratio of the in-phase amplitude over the quadrature amplitude (ano-malies 574 C, 585 E, 586 A - B, 589 C, 590 B, 591 D and many others which can be easily identified from the anoma-lies list).

Ground follow-up surveys are recommended over anomalies 664 A - B, 662 C and 659 C which are located on three dis-tinct conductor axis and also over the anomalies 648 E -F which give the strongest in-phase amplitude along the conductor axis further south in this area.

Three bedrock conductor axis could be also checked along flight line 626 (anomalies 626 A - B and C).

Further west, additional conductor axis can be checked from anomalies 596 D - E, 588 E, 565 A - B, 552 A.

The most interesting target in the Horsefly survey block is the short conductor just west of rivière de l'Argile (anomalies 573 A and 574 C).

This conductor has a direct magnetic correlation which is also an isolated anomaly on the map of the magnetic field.

3.8 Desjardins area

The presence of magnetite has caused several reversals of the in-phase polarity and these anomalies are identified by the letter M on the EM anomalies map.

The amplitude of this in-phase polarity reversal is parti-cularly strong between lines 259 and 264 (anomalies 259 G, 260 A, 261 N, 262 A, 263 M, 264 A) .

Many bedrock conductor axis were detected and the anomalies located along these axis in the north-east corner of the survey area have fairly large in-phase amplitudes and in-phase quadrature ratio higher than one (353 F, 354 B, 364 D, 368 C - D, 370 C, 372 C - D, 373 D - E, 374 B - C, 378 A, 380 A - B).

These anomalies are very likely to be caused by graphite of massive sulphides.

The five main conductor axis in this area are the foZZo-wing:

AXIS 1 - Anomalies 352 A - B to 358 A

AXIS 2 - Anomalies 353 E to 364 A

AXIS 3 - Anomalies 364 B to 370 B

AXIS 4 - Anomalies 362 B to 380 D

AXIS 5 - Anomalies 376 A to 380 A - B

In the western half of the survey area, the conductor axis are:

AXIS 6 - Anomalies 244 B to 299 E

AXIS 7 - Anomalies 250 C to 255 E

AXIS 8 - Anomalies 243 F to 268 D - E

AXIS 9 - Anomalies 258 D to 270 F

AXIS 10 - Anomalies 241 B to 257 B

The best anomalies along the conductor axis 6 are located from lines 254 to 259 and lines 294 to 297 (254 B, 255 F, 256 C, 257 G, 258 F, 259 F, 294 C, 297 G) .

There are also strong EM anomalies between from lines 259 to 265 on the axis 9 (259 C, 260 E - G, 261 D - E, 262 F - G, 263 C - D) .

Ground follow-up surveys are recommended over anomalies 252 C, 294 C, 353 E - F and 378 A.

3.9 Castagnier

A strong electromagnetic response from a conductive over-burden was recorded in this area.

The conductive axis which are likely to be related to bed-rock conductors are:

AXIS 1 - Anomalies 480 a to 497 B

AXIS 2 - Anomalies 448 C to 454 B

AXIS 3 - Anomalies 418 C to 461 B

AXIS 4 - Anomalies 402 B to 404 A

AXIS 5 - Anomalies 401 B to 407 A

AXIS 6 - Anomalies 418 D to 433 F

AXIS 7 - Anomalies 418 E to 438 E

AXIS 8 - Anomalies 415 C to 423 D

AXIS 9 - Anomalies 428 N to 434 M

The first priority target is the isolated anomaly 462 C, along the conductive zones ground follow-up surveys are recommended over 404 A - B, 420 E - F - K - M, 430 E - G - H - M, 452 C and 495 A.

4. DESCRIPTION AND ADVANTAGES OF THE REXHEM-4 HARDWARE

The REXHEM-4 main component is a new towed electromagnetic pros-pecting system which features multiple simultaneous frequencies and coil configuration, providing more diagnostic geophysical information about conductors, thereby increasing the chances of discovering massive sulphide ores.

Four pairs of coils are installed in a kevlar bird shell 8 metres in length; two pairs are in a standard coaxial (maximum coupled) configuration and the two others are in a horizontal coplanar (minimum coupled) configuration.

The transmitting frequencies are 937 and 4150 Hz for the coaxial coils, 876 and 5000 Hz for the coplanar coils.

The advances design of the electromagnetic system offers the following features:

a) A noise level smaller than 0.5 ppm is obtained by using kevlar for the bird shell, a material offering a degree of structural rigidity not previously available; also, a new suspension system reduces bird bending noise. The noise Level is actually the lowest of all existing helicopter electromagnetic systems.

b) High resolution. The short rise time of 0.Z second combined with the small coil separation (8 metres) provides exception- naly high resolution. The REXHEM-4 is an ideal system to discriminate between closely-spaced multiple conductors and to identify conductors too small to be detected by airborne electromagnetic system having a large coil separation.

c) Eight channels of electromagnetic data recorded from coaxial and coplanar coil pairs at four different frequencies provide more diagnostic geophysical information and yield conductivity-thickness products more accurately than those derived from less sophisticated systems. The conductivity-thickness values calculated from different frequencies and transferred on the phasor diagram permit to check if the model used is appropriate for the interpretation. Consequently, this test is useful to discriminate bedrock conductors from overburden.

Thickness and conductivity may be quite variable in a survey area, the depth of penetration of an airborne system may be insufficient to detect bedrock conductors. Part of the survey area would therefore remain effectively unexplored.

With the information gathered on the eight channels of

electromagnetic data, these areas can now be identified

and retained for further exploration by some ground geo-

physical techniques that are capable of penetrating the

overburden masking effect.

In addition, the use of multiple frequencies allows for a wider

range of bedrock conductors to be energized.

The low frequencies of the REXHEM-4 system are much less sensitive

to surface conductors that the two higher frequencies and is there-

fore more effective to detect underlying massive sulphide ores.

The massive sulphide Zens may be masked by a strong overburden

response at the high frequencies but Zow conductivity mineraliza-

tion without interfering surface conductors will respond better

at the higher frequencies.

d) Unique ability to determine conductor geometry by compari-

son of the electromagnetic responses from the coaxial and

the coplanar coil configurations. Closely spaced thin con-

ductors can be differentiated from thick massive conductors

or from thick massive conductors of variable conductivity.

This discrimination is made possible by comparing the charac-

teristics of anomaly shape (minimum response over the conduc-

tor with two adjacent peaks) obtained over thin conductors as defined by the coplanar coils.

Moreover, the relative amplitude of the two peaks of these

anomalies is an indication of the conductor dip-angle.

The coplanar coil pair yields data which are unaffected by

the conductor orientation relative to the flight direction.

This coil configuration can therefore detect the conductors

striking parallel to the flight line which cannot be ener-

gized by the coaxial coil pairs.

e) Improved electronic signal processing substantially redu-

ces interference from thunderstorm radiation spherics and from radar, FM, television and standard broadcast trans-

mitters. The REXNEM-4 can thus be flown near urban areas.

The system is equipped with a GO Hertz power line monitor and a "spherics" monitor to distinguish power lines and spherics from target conductors.

The cesium magnetometer, from Scintrex Ltd., has a sensitivity of 0.005 gamma; the VLF-EM is the TOTEM-2A from Herz Industries LTD., operating simultaneously at two frequencies. Consequently, two VLF stations can be tuned to energize conductors in the survey area which may be oriented perpendicular or parallel to the flight lines.

The digital data acquisition system is the Sonotek SDS-1200 which features Z-80 microprocessor, interactive communication via key-board and alphanumeric display, complete read-after-write, veri-fication of magnetic tape records, and analog-to digital-to analog data replay capability in flight for 100% confidence level. Ano-ther key feature of this system is the fact that all data collec-tion routines, checking, buffering, recording and verification are software-controlled and therefore programs can be easily al-tered to suit almost any special requirement. The memory capacity of 64K bytes, combined with the power and speed of Z-80 micropro-cessor, enables us to do real-time data processing, in addition to all the usual data acquisition and formatting functions.

The CR-33 graphic recorder, from RMS Instruments Ltd., operated under control of a host computer allows the annotation of recording parameters and messages. This computer controls the 1240 individual printing elements for the maximum flexibility in creating high resolution graphic images. Up to 32 analog or 32 digital signals may be recorded in a format similar to a conventional multi-channel strip chart recorder.

The video flight path recorder with automatic iris wide angle Zens

assures perfect exposures with no operator adjustment. It records both video and data which is stored alphanumerically in the top portion of each frame. Data and video are available for review immediately after each flight with no further processing. Therefore, anomaly identification and localization can be carried out in the field more rapidly and precisely than with a conventional 35 mm tracking camera.

5. GENERAL INTERPRETATION

The EM conductor parameters, apparent conductance and conductor depth are defined by a computer-based inter-pretative procedure using the graphic terminal model 4052 from Tektronix Ltd.

The model used is the vertical thin sheet (figure 5.1). The EM anomalies are picked on the screen by the geo-physicist with a cursor and the conductor parameters, conductivity-thickness, depth, and location are auto-matically calculated and stored on a cassette for later transmission to the main computer and plotting of these anomalies.

The apparent conductance obtained in this way is the product of the electrical conductivity and average thick-ness.

The best conductivity-thickness product approximations are made from the stronger anomaly responses, whereas for weaker anomalies of less than 3 ppm, the approximation is less valid. Usually the mhos calculation for each conductor is a good discriminating parameter. Depth estimated to the tops of the conductors should, however, be treated with caution as the geometry and strength of the anomaly are critical in this approximation.

Most overburdens have apparent conductances lower than 4 mhos and also have very weak bedrock conductors and "structural conductors" such as unmineralized faults and shears.

Ordinarily, the overburden conductors are easily distin-guished from these bedrock and structural features by the wide shapes of their responses.

Poor to moderate conductance (4 to 20 mhos) may originate from massive sulphides if they are not well connected or if they are of a poor-conductor variety such as pyrite or galena.

A strong conductance higher than 20 mhos indicates well-connected mineralization extending throughout a fairly large region. This often suggests either graphitic zones or massive sulphides.

RE *HE 1.1

.L.. .(.11C4 l v(.r1C.L ..Lr-.L..( I

])6.V -] 4(r.(1 1224.4.,O.. SO...(S COA..4(S COAXIAL CO.LS

Sd T .S SS TO In 1.0 1 c

..e ........~-v1•0....11... .......

.• w~.11~. .I till • ..,••••••••••

„i ,,,.I . 1 . , 103 TO

REXNEM

I.L.11 V(RT.C.I S(W.IM(1R.1 I V(RTK.L MK2•/L41( I .ISOMr T MUMS Sow.21O4 40411413 CO.o.La C042•44.. COILS

rill

04 04 L2 11A S1 42

1.-....M.. .o.. ...... 1....r4 o •114.11~ ••••••••••••••••[•••••••••••[•••

114... ..(.......... - -..1111 .ao

1 1 111.141 .

f — q

= f `

X _ .

. 1..1 .....M

im

••••L rot( Of L. ...Sr I..- 1

NASSAU'S( DE PHASE ......x .MOM.L. ..1.L1r1I0( I..-1

INASOS DI ASSAY

.rL1na Of L. 211.sf (..-1 DIAMAYYE DE PUNK

rlrR ..1OM.L. ..+t1Tw( ►NASOR DIAGRAY

FIGS./ PHASOR DIAGRAMS- VERTICAL HALF- PLANE

When long conductors without magnetic correlation are located on or parallel to known faults or photographic linears, graphite is most likely the cause. It is un-fortunate that graphite can also occur as a relatively short conductor and produce attractive-looking anomalies. With no other information than the airborne results, these must be examined on the ground.

An EM anomaly with a magnetic correlation may be caused by a conductor which is also magnetic, or by a conductor which lies near a magnetic body.

The majority of conductors which are also magnetic are sulphides containing pyrrhotite and/or magnetite.

Conductive and magnetic bodies in close association are often graphite and magnetite. It is usually very difficult to distinguish between such cases.

When the conductor is strongly magnetic, the amplitude of the in-phase EM anomaly is weakened and, if the conductivity is also weak, the in-phase EM anomaly may even be reversed in sign. These anomalies are indicated by the letter 'M'

inside a circle on the electromagnetic anomalies map.

Contact zones can often be predicted when anomaly trends coincide with the lines of maximum gradient along a flanking magnetic anomaly.

The characteristic response curve of the coplanar coil over a thin conductor (minimum over the conductor with two adjacent peaks) is particularly useful to differentiate closely-spaced conductors from thick, massive conductors or from thick, massive conductors of variable conductivity (figures 5.2 and 5.3).

Power lines can sometimes produce spurious anomalies, but these can be identified by reference to the monitor trace.

Railroads, pipeline and other artificial conductors are recognized by studying the video tapes.

Commercial sulphide ore bodies are rare, and those that respond to airborne survey methods usually have medium to high conductivity. Many have magnetic correlation caused by magnetite and/or pyrrhotite and most of them are rela-tively short conductors.

STRIKE, DIP, PLUNGE=(30.0, 60.0, 0.0)

STRIKE, DIP, PLUNGEt(30.0, 30.0, 0.0)

STRIKE, DIP, PLUNGE:( 60.0, 90.0, 0.0)

STRIKE, DIP, PLUNGE:( 60.0, 60.0, 0.0)

STRIKE, DIP, PLUNGE'( 60.0, 30.0, 0.0 )

e X/L -30 -LO -10 0 10 LO 30

STRIKE, DIP, PLUNGE: ( 30.0, 90.0, 0.0)

COAXIAL COILS, FREQUENCY z 736 Hz, SEPARATION = 7 METRES

DEPTH UNDER THE INSTRUMENTS = 50 METRES, REAL (SOLID) IMAGINARY (DASH) IN P.P.M.

CONDUCTANCE = 20 SIEMENS

cI( 5_2Mn0FI CURVES

STRIKE, DIP, PLUNGE=( 60.0, 90.0, 0.0)

STRIKE, DIP, PLUNGE=( 60.0, 60.0, 0.0)

STRIKE, DIP, PLUNGE • ( 60.0, 10.0, 0.0)

STRIKE, DIP, PLUNGE. (30.0, 90.0, 0.0)

STRIKE, DIP, PLUNGER( 30.0, 60.0, 0.0)

STRIKE, DIP, PLUNGE• (10.0, 30.0, 0.0)

50 -

sO -

30 -

to

10 -

0 X/L -30 -20 -10 0 10 t0 30

to

16

a

,

t0 -10 0 10 t0 30

6

~ X/L 0 -30

m

16

tO

5

0 ~ ' ' ' X/L -30 -t0 -10 0 10 t0 30

-61

HORIZONTAL COPLANAR COILS, FREQUENCY* 1800 Hz, SEPARATION = T METRES

DEPTH UNDER THE INSTRUMENTS = 50 METRES, REAL (SOLID) IMAGINARY (DASH) IN P.P.M.

CONDUCTANCE 20 SIEMENS

FIG.5.3MODEL CURVES

6. DESCRIPTION OF THE ANALOGUE CHART

The geophysical data were recorded on 13 channels by the RMS graphic recorder. These information channels are:

RALT radar altimeter loft/mm

EM-1 phase coaxial 937 Hz 4ppm/mm

EM-2 quadrature coaxial 937 Hz 4ppm/mm

EM-3 phase coplanar 876 Hz 4ppm/mm

EM-4 quadrature coplanar 876 Hz 4ppm/mm

EM-5 phase coaxial 4150 Hz 4ppm/mm

EM-6 quadrature coaxial 4150 Hz 4ppm/mm

EM-7 phase coplanar 5000 Hz 4ppm/mm

EM-8 quadrature coplanar 5000 Hz 4ppm/mm

VLF-1 total field line station 5% / mm

VLF-2 quadrature line station 5% / mm

VLF-4 quadrature ortho station 5% / mm

MAG-2 total magnetic field 2.5 gammas / mm

The total field component of the VLF ortho station was recorded on the magnetic tape but not on the analogue chart.

The analogue chart scale is approximately 1:10,000. The

chart paper moves through the recorder console at a speed of 2.5mm/sec. and the average speed of the helicopter is

90 kilometres per hour.

The camera fiducial marks were printed on the analogue chart at 0.5 second intervals. A longer fiducial mark was printed at every multiple of 10. The text printed over these fidu-cial marks for example: A 004001 14:01:54 00507, are respec-tively the line number, the time and the fiducial number at the fiducial mark located immediately at the left of the "A" letter.

Written by

Claude Jobin, Geophysicist engineer

Verified by

Y an Gaudreau, Geophysicist engineer

PAGE 1

44~ JOUTEL I**

ANOMALY FIDUCIAL PHASE (PPM)

QUAD. (PPM)

CONDUCTOR ELEVATION MAGNETOMETER MHOS DEPTH (METER) FIDUCIAL GAMMAS

CHANNEL

101 A 4503.0 -1 -10 1 28 2 101 B 4513.0 -1 -14 1 27 2 101 C 4527.0 -1 -11 1 27 2 101 D 4546.0 -1 -23 1 30 2 101 E 4561.0 -4 -48 1 28 2 101 F 4585.0 -3 -38 1 28 2 101 G 4610.0 -9 -109 1 23 2

202 A 4216.0 -5 -43 1 34 2 202 B 4228.0 -3 -41 1 31 2 202 C 4251.0 -5 -48 1 31 2 202 D 4261.0 -5 -53 1 29 2 202 E 4270.0 -2 -37 1 30 2 202 F 4285.0 -1 -23 1 28 2 202 G 4305.0 -1 -16 1 30 2

301 A 3983.0 -1 -9 1 34 2 301 B 4003.0 -1 -28 1 32 2 301 C 4008.0 -1 -28 1 35 2 301 D 4034.0 -9 -38 1 34 2 301 E 4063.0 -3 -45 1 29 2 301 F 4083.0 -2 -34 1 23 2

402 A 3739.0 -4 -28 1 37 2 402 B 3764.0 -5 -38 1 35 2 402 C 3770.0 -6 -37 1 31 2 402 D 3793.0 -1 -18 1 34 2 402 E 3806.0 -1 -16 1 32 2 402 F 3818.0 -1 -11 1 33 2 402 G 3829.0 -1 -12 1 29 2

501 A 3494,0 -1 -14 1 40 2 501 B 3504.0 -1 -15 1 29 2 501 C 3547.0 -6 -47 1 31 2 501 D 3560.0 -4 -54 1 30 2 50E E 3593.0 -11 -52 1 26 2 501 F 3607.0 -11 -60 1 33 2

602 A 3263.0 -7 -48 1 25 2 602 B 3285.0 -11 -47 1 40 2 602 C 3323.0 -4 -53 1 30 2 602 D 3362.0 -1 -13 1 25 2 602 E 3370.0 -1 -16 1 36 2

711 A 3033.0 -1 -13 1 36 2 711 B 3051.0 -1 -9 1 25 2 711 C 3083.0 -5 -45 1 33 2

PAGE 2

#*# JOUTEL


QUAD. (PPM)


CHANNEL

711 D 3105.0 -9 -49 1 28 2 711 E 3115.0 -11 -57 1 24 2 711 F 3132.0 -11 -50 1 26 2

812 A 2665.0 --2 -31 1 32 2 812 B 2682.0 -7 -39 1 29 2 812 C 2699.0 -10 -43 1 29 2 812 D 2730.0 -4 -33 1 38 2 812 E 2744.0 -1 -36 1 34 2

901 A 2369.0 -1 -22 1 33 2 901 B 2417.0 --6 -55 1 33 2 901 C 2433.0 -9 -64 1 26 2

1002 A 2013.0 -5 -59 1 28 2 1002 B 2061.0 -2 -31 1 25 2 1002 C 2082.0 --6 -31 1 37 2 1002 D 2101.0 -5 -42 1 28 2 1002 E 2110.0 -3 -39 1 32 2

1101 A 1773.0 -1 -12 1 29 2 1101 B 1818.0 -9 -75 1 30 2

1202 A 1473.0 -7 -42 1 36 2 1202 B 1482.0 -5 -42 1 27 2

1202 C 1540.0 -10 -34 1 33 2 1202 D 1557.0 -7 -35 1 41 2 1202 E 1594.0 -1 -11 1 36 2

1301 A 1221.0 -1 -10 1 28 2 1301 B 1236.0 -1 -12 1 34 2 1301 C 1294.0 -12 -52 1 26 2 1301 D 1364.0 -8 -48 1 36 2

1402 A 995.0 -2 -43 1 19 2 1402 B 1042.0 -6 -30 1 38 2 1402 C 1069.0 -6 -48 1 35 2 1402 D 1110.0 -1 -21 1 35 2

1511 A 767,0 -3 -41 1 24 2 1511 B 786.0 -1 -39 1 30 2 1511 C 792.0 5 -18 0 23 2 1511 D 826.0 -5 -35 1 38 2 1511 E 851.0 -5 -45 1 23 2 1511 F 886.0 -2 -26 1 18 2

PAGE 3

Ut JOUTEL #*I


QUAD. (PPM)


CHANNEL

1602 A 441.0 -13 -57 1 33 2 1602 B 459.0 -6 -46 1 25 2 1602 C 521.0 -4 -35 1 2B 2 1602 D 555.0 3 -9 0 30 2

1711 A 206.0 1 -19 0 23 2 1711 B 232.0 -1 -17 1 30 2 1711 C 251.0 -4 -29 1 32 2 1111 D 299.0 -5 -35 1 37 2

1802 A 10703.0 -4 -49 1 29 2 1802 B 10756.0 -2 -16 1 37 2 1802 C 10783.0 -1 -17 1 23 2 1802 D 10797.0 2 -23 0 20 2

1911 A 10436.0 -2 -41 1 31 2 1911 B 10473.0 -•1 -16 1 40 2 1911 C 10487.0 -1 -17 1 30 2 1911 D 10502.0 -2 -31 1 31 2 1911 E 10548.0 -3 -32 1 37 2

2002 A 10149.0 -•1 -28 1 35 2 2002 B 10157.0 -1 -25 1 37 2 2002 C 10192.0 -2 -32 1 21 2 2002 D 10211.0 -1 -27 1 36 2 2002 E 10223.0 -1 -25 1 28 2 2002 F 10246.0 -1 -42 1 33 2

2101 A 9858.0 --1 -58 1 30 2 2101 B 9915.0 -1 -32 1 33 2 2101 C 9938.0 -2 -33 1 21 2 2101 D 9980.0 -1 -25 1 35 2 2101 E 9989.0 -1 -25 1 38 2

2202 A 9702.0 -1 -30 1 28 2 2202 B 9729.0 -1 -10 1 28 2 2202 C 9747.0 -4 -28 1 37 2 2202 D 9770,0 -1 -51 1 26 2 2202 E 9787.0 -1 -29 1 24 2 2202 F 9805.0 -3 -38 1 23 2

2301 A 9465.0 -1 -57 1 36 2 2301 B 9511.0 -2 -48 1 35 2 2301 C 9520.0 -1 -43 1 22 2

PAGE 4

### JOUTEL


QUAD. (PPM)


2301 D 9559.0 --1 -6 1 34 2301 E 9579.0 •-1 -29 1 32

2402 A 9298.0 -1 -44 1 28 2402 B 9304.0 -1 -30 1 30 2402 C 9319.0 -1 -19 1 29 2402 D 9348.0 -4 -25 1 35 2402 E 9362.0 -5 -29 1 36 2402 F 9369.0 -2 -29 1 28 2402 G 9398.0 -2 -32 1 36

2501 A 9004.0 --3 -34 1 37 2501 B 9017.0 -1 -32 1 27 2501 C 9031.0 -1 -45 1 23 2501 D 9041.0 -2 -41 1 27 2501 E 9053.0 -5 -43 1 25 2501 F 9080.0 -1 -18 1 19 2501 G 9098.0 ••1 -23 1 32 2501 H 9114.0 -1 -34 1 30 2501 K 9123.0 -2 -40 1 29

2602 A 8819.0 -1 -87 1 27 2602 B 8827.0 -2 -85 1 28 2602 C 8853.0 -2 -9 1 12 30 2602 D 8899.0 -•1 -33 1 32 2602 E 8919.0 -•1 -6 1 26

2701 A 8500.0 11 -36 0 26 2701 B 8512.0 1 -51 0 32 2701 C 8523.0 -•2 -32 1 34 2701 D 8534.0 -2 -26 1 33 2701 E 8590.0 -1 -89 1 28 2701 F 8609.0 -1 -61 1 28

2802 A 8294.0 -2 -67 1 30 2802 B 8305.0 -1 -61 1 31 2802 C 8325.0 -2 -94 1 28 2802 D 8340.0 -1 -47 1 31 2802 E 8383.0 -2 -29 1 36 2802 F 8406.0 4 -64 0 28

2901 A 7949.0 8 -70 0 22 2901 B 7966.0 1 -53 0 25 2901 C 7906.0 -2 -25 1 29 2901 D 8005.0 -2 -17 1 31 2901 E 8028.0 -1 -35 1 30 2901 F 8046.0 -5 -71 1 28

CHANNEL

2 2

2 2 2 2 2 2 2

2 2 2 2 2 2 2 2 2

2 2 2 2 2

2 2 2 2 2 2

ra ra

ra

ra ra

ra

ra r

a

na r

a r

a

PAGE 5

Mot

JOUTEL t*#


QUAD. (PPM)

CONDUCTOR ELEVATION MAGNETOMETER

MHOS DEPTH (METER) FIDUCIAL GAMMAS CHANNEL

2901 G 8069.0 -6 -92 1 25 2

3002 A 7731.0 -14 -80 1 33 2 3002 B 7756.0 -6 -81 1 27 2 3002 C 7775.0 -1 -43 1 28 2 3002 D 7799.0 -6 -36 1 32 2 3002 E 7816.0 -2 -30 1 29 2

3002 F 7820.0 4 -18 0 26 2 3002 G 7841,0 -1 -60 1 28 2 3002 H 7858.0 5 -67 0 25 2 3002 K 7862.0 6 -21 0 27 2

3101 A 7536.0 5 -69 0 25 2 3101 B 7553.0 -6 -53 1 29 2 3101 C 7592,0 -45 -59 1 31 2 3101 D 7616.0 1 -40 0 28 2 3101 E 7631,0 -5 -78 1 26 2

*** ANOMALIES INDICATED BY THIS SIGN HAVE NOT BEEN PLOTTED DUE TO SUPERPOSITION WITH THE. ADJACENT ANOMALY

PAGE 1

VEZZA


QUAD. (PPM)


CHANNEL

13101 A 5451.0 -14 -77 1 25 2 13101 8 5471.0 •-7 -51 1 28 2 13101 C 5493.0 -1 -21 1 25 2 13101 D 5510,0 -1 -23 1 18 2 13101 E 5539.0 -1 -9 1 26 2 13101 F 5560.0 -2 -19 1 31 2 13101 G 5582.0 -7 -43 1 31 2 13101 H 5601.0 -4 -48 1 29 2 13101 K 5622.0 -6 -52 1 28 2

13202 A 5711.0 -11 -64 1 28 2 13202 B 5727.0 -2 -61 1 23 2 13202 C 5750.0 -1 -68 1 23 2 13202 D 5769.0 -7 -54 1 31 2 13202 E 5810,0 -•1 -31 1 30 2 13202 F 5868.0 -8 -43 1 33 2 13202 G 5888.0 -13 -59 1 31 2 13202 H 5902.0 -7 -32 1 32 2

13301 A 6103.0 --3 -20 1 18 2 13301 R 6127.0 -12 -63 1 30 2 13301 C 6149.0 -7 -52 1 30 2 13301 D 6176.0 -1 -24 1 21 2 13301 E 6203.0 -1 -31 1 29 2 13301 F 6217.0 -1 -35 1 32 2 13301 G 6248,0 -2 -42 1 31 2 13301 H 6287.0 -7 -52 1 30 2 13301 K 6307.0 -10 -55 1 30 2

13402 A 6432.0 -10 -32 1 35 2 13402 B 6447.0 -5 -52 1 30 2 13402 C 6491.0 -6 -49 1 29 2 13402 D 6531.0 -5 -61 1 28 2 13402 E 6549.0 -1 -31 1 25 2 13402 F 6604.0 -10 -37 1 35 2

13501 A 6748.0 -9 -54 1 33 2 13501 B 6767.0 -2 -49 1 29 2 13501 C 6791.0 -1 -26 1 25 2 13501 D 6832.0 -2 -104 1 23 2 13501 E 6852.0 -4 -98 1 23 2 13501 F 6873.0 -5 -53 1 29 2 13501 G 6896.0 -4 -84 1 25 2 13501 H 6907.0 -2 -65 1 28 2 13501 K 6918.0 -2 -63 1 29 2 13501 M 6938.0 -7 -60 1 30 2

13602 A 7007.0 -8 -50 1 32 2

PAGE 2

VEZZA *t*


QUAD. (PPM)

CONDUCTOR ELEVATION MAGNETOMETER MHOS DEPTH (HETER) FIDUCIAL GAMMAS

CHANNEL

13602 B 7027.0 -4 -66 1 28 2 13602 C 7041.0 -3 -63 1 27 2 13602 D 7049.0 -6 -70 1 26 2 13602 E 7060.0 -5 -43 1 30 2 13602 F 7072,0 -6 -39 1 32 2 13602 G 7083.0 -2 -44 1 31 2 13602 H 7106.0 -1 -48 1 32 2 13602 K 7126.0 -1 -25 1 33 2 13602 M 7176.0 -7 -50 1 31 2

13701 A 7311.0 -9 -25 1 2 33 2 13701 B 7332.0 -7 -34 1 31 2 13701 C 7361.0 -1 -27 1 29 2 13701 D 7393.0 -1 -70 1 25 2 13701 E 7423.0 -1 -22 1 31 2 13701 F 7443.0 -5 -43 1 28 2 13701 G 7461.0 -9 -51 1 28 2

13802 A 7607.0 -1 -57 1 27 2 13802 B 7641.0 -1 -30 1 27 2 13802 C 7667.0 -1 -31 1 28 2 13802 D 7686.0 -1 -31 1 26 2 13802 E 7703.0 -1 -25 1 32 2 13802 F 7743.0 -7 -50 1 25 2

13901 A 7904.0 -6 -44 1 29 2 13901 B 7923.0 -4 -39 1 24 2 13901 C 7940.0 -4 -46 1 30 2 13901 D 7978.0 -1 -42 1 28 2 13901 E 8020.0 -1 -24 1 35 2 13901 F 8062.0 -1 -64 1 29 2 13901 G 8077.0 -1 -85 1 23 2

14002 A 8194.0 -3 -66 1 27 2 14002 B 8215.0 -1 -63 1 21 2 14002 C 8247.0 -1 -55 1 30 2 14002 D 8273.0 -1 -11 1 28 2 14002 E 8291.0 -1 -29 1 37 2 14002 F 8323.0 -3 -32 1 29 2 14002 G 8348.0 -4 -25 1 35 2

14101 A 8501.0 -6 -39 1 8 20 2 14101 8 8559.0 -1 -59 1 25 2 14101 C 8604.0 -7 -58 1 32 2 14101 D 8652.0 -3 -67 1 26 2

14202 A 8762.0 -7 -32 1 37 2

PAGE 3

VEZZA **lc

ANOMALY FIDUCIAL PHASE {PPM)

QUAD. (PPH)


CHANNEL

14202 B 8772.0 -6 -34 1 35 2 14202 C 8784.0 -1 -25 1 37 2 14202 D 8795.0 -2 -38 1 31 2 14202 E 8819.0 -8 -63 1 29 2 14202 F 8852.0 -1 -16 1 29 2 14202 6 8864.0 --2 -47 1 33 2 14202 H 8893.0 -1 -6 1 31 2 14202 K 8916.0 --3 -23 1 22 2

14301 A 9064.0 -2 -23 1 24 2 14301 B 9131.0 -2 -55 1 31 2 14301 C 9178.0 -2 -83 1 23 2 14301 D 9200.0 --1 -51 1 28 2

14402 A 9364.0 -'2 -60 1 26 2 14402 B 9378.0 -4 -72 1 24 2 14402 C 9410.0 -5 -23 1 39 2 14402 D 9420.0 -2 -28 1 26 2 14402 E 9475.0 -3 -34 1 30 2

14501 A 9638.0 -7 -30 1 32 2 14501 B 9668.0 -3 -26 1 30 2 14501 C 9708.0 -6 -38 1 31 2 14501 D 9747.0 -9 -30 1 30 2 14501 E 9762.0 -1 -36 1 28 2 14501 F 9787.0 -7 -37 1 30 2

14602 A 9903.0 -1 -13 1 33 2 14602 B 9938.0 -7 -40 1 31 2 14602 C 9971.0 -2 -51 1 31 2 14602 D 9992.0 -1 -17 1 39 2 14602 E 10005.0 -1 -10 1 33 2 14602 F 10017.0 -1 -19 1 37 2 14602 G 10039.0 -1 -9 1 41 2 14602 H 10049.0 -1 -6 1 34 2 14602 K 10061.0 -1 -5 1 34 2

14701 A 10217.0 -1 -25 1 21 2 14701 B 10258.0 -2 -47 1 30 2 14701 C 10281.0 -1 -39 1 22 2 14701 D 10313.0 -1 -28 1 30 2 14701 E 10327.0 -1 -27 1 22 2 14701 F 10331.0 -2 -22 1 24 2 14701 G 10372.0 -3 -87 1 25 2 14701 H 10403.0 -1 -57 1 25 2

14802 A 51.0 -1 -40 1 28 2

PAGE 4

VEZZA ###


QUAD. (PPM)


CHANNEL

14802 B 62.0 -1 -38 1 29 2 14802 C 84.0 -9 -54 1 33 2 14802 D 95.0 -11 -68 1 31 2 14802 E 108.0 -28 -21 3 11 31 2 14802 F 127.0 -2 -20 1 39 2 14802 G 140.0 -2 -23 1 38 2 14802 H 157.0 -2 -36 1 29 2 14802 K 173.0 -5 -49 1 31 2 14802 M 200,0 -1 -22 1 21 2

14901 A 327,0 -8 -39 1 40 2 14901 B 350.0 -8 -73 1 28 2 14901 C 372.0 -5 -54 1 28 2 14901 D 390.0 -3 -45 1 25 2 14901 E 406.0 -26 -24 3 17 25 2 14901 F 417.0 -7 -52 1 36 2 14901 G 436.0 -7 -59 1 31 2 14901 H 465.0 -4 -83 1 19 2

15002 A 590.0 -1 -47 1 29 2 15002 B 609.0 -7 -85 1 30 2 15002 C 649.0 -21 -16 3 17 28 2 15002 D 662.0 -7 -76 1 28 2 15002 E 691.0 -2 -33 1 29 2 15002 F 728.0 -2 -26 1 38 2 15002 G 743.0 -1 -11 1 36 2

15101 A 868.0 -8 -28 1 39 2 15101 B 897.0 -4 -21 1 37 2 15101 C 940.0 -8 -73 1 33 2 15101 D 951.0 -20 -22 2 15 27 2 15101 E 961.0 -2 -41 1 30 2 15101 F 1004.0 --5 -66 1 28 2

15202 A 1126,0 -7 -63 1 31 2 15202 B 1165.0 -7 -40 1 38 2 15202 C 1173.0 -17 -20 1 14 28 2 15202 D 1192.0 -9 -51 1 36 2 15202 E 1225.0 -3 -18 1 45 2 15202 F 1255.0 -5 -21 1 34 2

15301 A 1436.0 -5 -61 1 32 2 15301 B 1465.0 -3 -30 1 39 2 15301 C 1475,0 -5 -36 1 36 2 15301 D 1491.0 -8 -13 1 9 29 2 15301 E 1519.0 -6 -93 1 28 2 15301 F 1558,0 -7 -89 1 27 2 15301 G 1563.0 -7 -75 1 29 2

PAGE 5

tu

VEZZA ttt


QUAD. (PPM)


CHANNEL

15402 A 1743.0 -6 -42 1 29 2 15402 B 1761.0 -5 -78 1 26 2 15402 C 1774.0 -3 -86 1 24 2 15402 D 1781.0 --5 -97 1 26 2 15402 E 1793.0 -7 -83 1 25 2 15402 F 1802.0 -3 -59 1 27 2 15402 G 1810.0 -23 -16 3 23 22 2 15402 H 1828.0 -1 -9 1 45 2 15402 K 1851.0 -1 -25 1 34 2 15402 M 1887.0 --4 -23 1 37 2

15501 A 2034.0 -4 -12 1 14 31 2 15501 B 2052.0 -2 -19 1 40 2 15501 C 2078.0 -1 -31 1 37 2 15501 D 2113.0 -2 -22 1 34 2 15501 E 2128.0 -10 -26 1 7 24 2 15501 F 2156.0 -4 -40 1 36 2 15501 6 2204.0 -5 -22 1 35 2

15602 A 2321.0 -1 -24 1 34 2 15602 B 2326.0 -1 -9 1 34 2 15602 C 2343.0 -2 -11 1 2 33 2 15602 D 2367.0 -9 -76 1 28 2 15602 E 2408.0 -2 -15 1 39 2 15602 F 2427.0 -2 -32 1 37 2 15602 G 2445.0 -1 -26 1 32 2 15602 H 2461.0 -6 -31 1 39 2

15701 A 2617.0 -1 -22 1 29 2 15701 B 2660.0 -3 -42 1 32 2 15701 C 2680.0 -1 -49 1 22 2 15701 D 2692.0 -5 -71 1 26 2 15701 E 2703.0 -11 -93 1 25 2 15701 F 2729.0 -1 -39 1 34 2

15802 A 2869.0 -10 -54 1 28 2 15802 B 2904.0 -9 -50 1 29 2 15802 C 2933.0 -2 -16 1 37 2 15802 D 2955.0 -2 -33 1 32 2 15802 E 2975.0 -1 -25 1 22 2 15802 F 2998.0 -2 -8 1 8 34 2

15901 A 3152.0 -1 -13 1 28 2 15901 B 3203.0 -5 -45 1 29 2 15901 C 3234.0 -3 -41 1 31 2 15901 D 3255.0 -1 -31 1 34 2

PAGE 6

~##

VEZZA Xt#


QUAD. (PPM)


CHANNEL

15901 E 3265.4 -6 -14 1 39 2 15901 F 3275.0 -1 -37 1 33 2

16002 A 3422.0 -21 -57 1 29 2 16002 B 3449.0 -7 -71 1 28 2 16002 C 3491.0 -1 -26 1 30 2 16002 D 3509.0 -2 -19 1 35 2 16002 E 3530.0 -1 -16 1 29 2 16002 F 3547.0 -1 -4 1 23 29 2

16101 A 3671.0 -4 -15 1 34 2 16101 B 3686.0 -5 -22 1 13 18 2 16101 C 3705.0 -2 -15 1 35 2 16101 D 3728.0 -1 -19 1 34 2 16101 E 3765,0 -5 -67 1 28 2 16101 F 3806.0 -1 -29 1 33 2

16202 A 3935.0 -1 -22 1 39 2 16202 B 3972.0 -7 -44 1 33 2 16202 C 3992.0 -2 -25 1 27 2 16202 D 4044.0 -3 -21 1 32 2 16202 E 4063.0 -3 -14 1 40 2

16301 A 4258.0 -7 -33 1 29 2 16301 B 4278.0 -2 -27 1 29 2 16301 C 4305.0 -3 -35 1 17 2 16301 D 4315.0 -5 -30 1 7 21 2 16301 E 4327.0 -9 -37 1 36 2 16301 F 4339.0 -8 -58 1 30 2 16301 6 4362.0 -11 -15 1 11 31 2 16301 H 4385.0 -1 -28 1 25 2

16402 A 4485.0 -1 -19 1 31 2 16402 B 4521.0 -23 -23 2 18 24 2 16402 C 4548.0 -7 -46 1 33 2 16402 D 4572.0 -5 -18 1 31 2 16402 E 4601.0 -1 -21 1 31 2 16402 F 4619.0 -2 -28 1 28 2 16402 G 4635.0 -2 -11 1 46 2 16402 H 4661.0 -1 -16 1 28 2

16501 A 4755.0 -3 -24 1 26 2 16501 B 4809.0 -1 -26 1 27 2 16501 C 4842.0 -9 -18 1 6 29 2 16501 D 4862.0 -6 -38 1 36 2 16501 E 4881,0 -5 -42 1 34 2 16501 F 4893.0 -10 -27 1 4 27 2

PAGE 7

VEZZA t#*

ANOMALY FIDUCIAL PHASE (PPH)

QUAD. (PPM)


CHANNEL

16501 6 4903.0 -•1 -30 1 24 2 16501 H 4927.0 --2 -33 1 24 2

16602 A 5034.0 -1 -16 1 33 2 16602 B 5102.0 -4 -30 1 37 2 16602 C 5115.0 -9 -7 2 31 30 2 16602 D 5154.0 -1 -12 1 29 2 16602 E 5185.0 -•3 -13 1 39 2 16602 F 5199.0 -4 -22 1 21 2

16701 A 5441.0 -1 -41 1 23 2 16701 B 5473.0 -12 -23 1 7 31 2 16701 C 5496.0 -4 -37 1 35 2 16701 D 5541.0 -1 -14 1 30 2

16802 A 56.0 -1 -17 1 31 2 16802 B 68.0 -1 -32 1 39 2 16802 C 79.0 -•1 -34 1 26 2 16802 D 88.0 --5 -42 1 36 2 16802 E 111.0 -9 -60 1 33 2 16802 F 134.0 --1 -28 1 32 2 16802 G 180.0 -5 -28 1 3 25 2

16901 A 387.0 -4 -20 1 30 2 16901 B 430.0 -1 -21 1 23 2 16901 C 471.0 -7 -33 1 39 2 16901 D 511.0 -5 -35 1 33 2 16901 E 554.0 --5 -27 1 34 2

17002 A 684.0 -1 -22 1 30 2 17002 B 705.0 -•1 -20 1 34 2 17002 C 728.0 -1 -24 1 36 2 17002 D 747.0 -•1 -31 1 33 2 17002 E 763.0 -5 -36 1 36 2 17002 F 783.0 -•1 -23 1 40 2 17002 G 793.0 -1 -30 1 33 2 17002 H 859.0 -3 -23 1 34 2

17101 A 1033.0 -1 -18 1 36 2 17101 B 1050.0 -2 -16 1 30 2 17101 C 1131.0 -1 -19 1 24 2 17101 D 1159,0 -3 -28 1 26 2 17101 E 1178.0 -3 -23 1 28 2

17202 A 1291.0 -1 -17 1 37 2 17202 B 1304.0 -4 -21 1 37

PAGE 8

##

VEZZA ###

ANOMALY FIDUCIAL PHASE (PPH)

QUAD. (PPM)


CHANNEL

17202 C 1328.0 -6 -27 1 42 2 17202 D 1361.0 -3 -29 1 23 2 17202 E 1379.0 -5 -22 1 34 2 17202 F 1398.0 -3 -21 1 26 2 17202 G 1425.0 -1 -13 1 34 2 17202 H 1447.0 -3 -16 1 33 2 17202 K 1464.0 -2 -16 1 35 2

17301 A 1591.0 -1 -5 1 32 2 17301 B 1614.0 -1 -15 1 26 2 17301 C 1627.0 -2 -12 1 5 30 2 17301 D 1649.0 -1 -18 1 26 2 17301 E 1693.0 --2 -17 1 29 2 17301 F 1719.0 -3 -34 1 18 2 17301 G 1737.0 -7 -70 1 26 2 17301 H 1755.0 -11 -74 1 27 2 17301 K 1774.0 -3 -30 1 28 2

17402 A 1866.0 -7 -33 1 33 2 17402 B 1897.0 -10 -52 1 31 2 17402 C 1996.0 -1 -16 1 30 2 17402 D 2020.0 -1 -20 1 28 2

17501 A 2168.0 -1 -5 1 36 2 17501 D 2182.0 --3 -13 1 34 2 17501 C 2203.0 -1 -18 1 29 2 17501 D 2229.0 -1 -11 1 31 2 17501 E 2253.0 -4 -23 1 27 2 17501 F 2268.0 -4 -31 1 24 2 17501 G 2298.0 -12 -92 1 21 2 17501 H 2322.0 -11 -75 1 26 2 17501 K 2346.0 -7 -32 1 33 2

17602 A 2410.0 -6 -38 1 29 2 17602 B 2430.0 -4 -27 1 27 2 17602 C 2454.0 -9 -65 1 28 2 17602 D 2488.0 -2 -28 1 31 2 17602 E 2576.0 -1 -21 1 26 2

17701 A 2705.0 -5 -43 1 30 2 17701 B 2720.0 -1 -20 1 28 2 17701 C 2730.0 -2 -16 1 27 2 17701 D 2754.0 -5 -25 1 10 21 2 17701 E 2774.0 -1 -16 1 21 2 17701 F 2817,0 -3 -24 1 25 2 17701 G 2833.0 -3 -21 1 29 2 17701 H 2852.0 -4 -32 1 34 2 17701 K 2873.0 -5 -30 1 28 2

PAGE 9

VEZZA *#*


QUAD, (PPM)


CHANNEL

17802 A 3002.0 -3 -32 1 25 2 17802 B 3012,4 -4 -33 1 35 2 17802 C 3023.0 ••4 -32 1 33 2 17802 D 3038.0 -3 -41 1 33 2 17802 E 3057.0 -4 -37 1 34 2 17802 F 3065.0 -2 -32 1 34 2 17802 6 3081.0 -3 -34 1 39 2 17802 H 3100.0 -4 -55 1 32 2 17802 K 3167.0 -4 -34 1 27 2 17802 H 3202.0 -1 -37 1 31 2

17901 A 3320.0 -1 -7 1 37 2 17901 B 3343.0 ••3 -22 1 27 2 17901 C 3418.0 -7 -49 1 29 2 17901 D 3444.0 -8 -85 1 25 2

18002 A 3578.0 -1 -35 1 35 2 18002 B 3620.0 -5 -68 1 31 2 18002 C 3635.0 -3 -65 1 30 2 18002 D 3658.0 -2 -47 1 23 2 18002 E 3757.0 -1 -39 1 20 2

18101 A 3850.0 -•1 -23 1 18 2 18101 B 3866.0 -1 -22 1 24 2 18101 C 3932.0 -1 -21 1 31 2 18101 D 3993.0 -1 -15 1 31 2 18101 E 4020.0 -1 -14 1 33 2 18101 F 4037.0 -1 -16 1 28 2 18101 6 4060.0 -1 -10 1 37 2

18202 A 4143.0 -1 -37 1 32 2 18202 B 4151.0 -2 -32 1 34 2 18202 C 4162.0 -2 -29 1 34 2 18202 D 4177.0 -1 -28 1 32 2 18202 E 4207.0 -2 -31 1 27 2 18202 F 4255.0 -3 -42 1 22 2 18202 6 4297.0 -4 -33 1 34 2 18202 H 4311.0 -4 -43 1 25 2

18301 A 4453.0 -7 -23 1 10 25 2 18301 B 4478.0 -2 -20 1 25 2 18301 C 4525.0 -10 -9 2 20 36 2 18301 D 4598.0 -8 -27 1 8 20 2 18301 E 4632,0 -1 -39 1 26 2

PAGE 10

tu

VEZZA ***


QUAD. (PPM)


CHANNEL

18402 A 4695.0 -1 -12 1 31 2 18402 B 4719.0 -3 -6 1 30 2 18402 C 4738.0 -1 -11 1 29 18402 D 4782.0 -12 -7 3 22 39 2 18402 E 4806.0 -1 -13 1 28 2 18402 F 4840.0 -8 -14 1 12 26 2

18501 A 4976.0 -8 -16 1 12 26 2 18501 B 5010.0 -2 -22 1 21 2 18501 C 5042.0 -11 -7 3 28 33 2 18501 D 5113.0 -1 -15 1 30 2 18501 E 5134.0 -1 -18 1 29 2

18602 A 5210.0 -1 -21 1 29 2 18602 B 5221.0 -6 -14 1 8 30 2 18602 C 5225.0 -3 -18 1 26 2 18602 D 5238.0 -5 -13 1 2 33 2 18602 E 5284.0 -4 -25 1 25 2 18602 F 5302.0 -9 -12 1 15 37 2 18602 G 5327.0 -1 -20 1 29 2

18701 A 5512.0 -5 -27 1 3 25 2 18701 8 5532.0 -6 -25 1 4 31 2 18701 C 5539.0 -12 -19 1 7 31 2 18701 D 5553.0 -3 -21 1 30 2

18802 A 5771.0 -3 -13 1 33 2 18802 B 5805.0 ••2 -9 1 2 40 2 18802 C 5823.0 -5 -13 1 36 2 18802 D 5833.0 -6 -15 1 4 34 2

18901 A 5910.0 -6 -33 1 4 24 2 18901 B 5960.0 -1 -24 1 22 2 18901 C 5977.0 -2 -23 1 30 2 18901 D 6012.0 -1 -30 1 18 2 18901 E 6039.0 -7 -25 1 9 26 2

Mt ANOMALIES INDICATED BY THIS SIGN HAVE NOT BEEN PLOTTED DUE TO SUPERPOSITION WITH THE ADJACENT ANOMALY

PAGE 1

#~# QUEVILLON ttt


QUAD. (PPM)


20101 A 60.0 -30 -36 2 4 27 20101 B 107.0 -1 -4 1 20 32 20101 C 136.0 -1 -10 1 38 20101 D 189.0 -4 -17 1 29 20101 E 221.0 -2 -11 1 7 28

20202 A 373.0 -1 -18 1 25 20202 B 390.0 -1 -20 1 27 20202 C 403.0 -1 -26 1 14 20202 D 466.0 -1 -14 1 31 20202 E 485.0 -18 -29 1 4 31

20301 A 570.0 -17 -29 1 4 29 20301 B 590.0 --1 -33 1 26 20301 C 645.0 -1 -15 1 30 20301 D 658.0 -1 -20 1 28 20301 E 714.0 -1 -18 1 24 20301 F 731.0 -1 -17 1 30

20402 A 845.0 -1 -14 1 30 20402 B 995,0 -1 -34 1 23 20402 C 1012.0 -31 -44 2 7 24

20501 A 1099.0 -29 -35 3 9 26 20501 B 1102.0 -29 -38 2 7 24 20501 C 1175.0 -1 -17 1 31

20602 A 1316.0 -1 -38 1 23 20602 B 1452.0 --1 -15 1 31 20602 C 1544.0 -9 -21 1 2 33 20602 D 1550.0 -23 -24 2 7 35

20701 A 1662.0 -10 -15 1 47 20701 B 1669.0 -9 -15 1 7 31 20701 C 1682.0 -1 -25 1 25 20701 D 1764.0 -1 -11 1 30 20701 E 1850.0 -1 -20 1 25

20802 A 2088.0 -1 -13 1 28 20802 B 2124.0 -1 -15 1 30 20802 C 2194.0 -1 -12 1 33 20802 D 2213.0 -8 -11 1 17 32 20802 E 2222.0 -17 -21 1 12 30

20901 A 2314.0 -16 -29 1 6 27

CHANNEL

ra r

a ra

ra ra

2 2 2 2 2

2 2 2 2 2 2

2 2 2

2 2 2

2 2 2 2

2 2 2 2 2

ra r

a r

a ra

ra

2

PAGE 2

liltlt QUEVILLGN *#*

ANOMALY FIDUCIAL PHASE

(PPM)

QUAD.

(PPM) CONDUCTOR ELEVATION MAGNETOMETER MHOS DEPTH UTTER) FIDUCIAL GAMMAS

CHANNEL

20901 B 2324.0 -8 -11 1 21 28 2 20901 C 2353.0 --3 -4 1 40 30 2 20901 D 2366.0 -1 -7 1 33 2 20901 E 2412.0 --1 -16 1 33 2

21002 A 2675.0 -2 -36 1 26 2 21002 B 2699.0 --1 -42 1 25 2 21002 C 2716.0 -1 -38 1 21 2 21002 D 2738.0 --1 -36 1 28 2 21002 E 2761.0 -1 -20 1 35 2 21002 F 2829.0 -9 -18 1 5 30 2 21002 G 2850.0 -1 -13 1 29 2 21002 H 2863.0 --6 -26 1 1 27 2 21002 K 2878.0 -18 -28 1 3 32 2

21101 A 2962.0 -14 -13 2 5 43 2 21101 B 2976.0 -9 -22 1 8 27 2 21101 C 3004.0 -18 -21 2 11 31 2 21101 D 3024.0 -4 -12 1 21 24 2 21101 E 3088.0 --1 -23 1 30 2 21101 F 3106.0 -1 -33 1 24 2 21101 G 3125.0 -2 -48 1 24 2 21101 H 3149.0 -1 -32 1 28 2

21202 A 3291.0 --1 -26 1 29 2 21202 B 3322.0 -1 -38 1 27 2 21202 C 3312.0 --1 -28 1 30 2 21202 D 3460.0 -11 -19 1 2 36 2 21202 E 3487.0 --7 -21 1 10 25 2 21202 F 3504.0 -18 -19 2 4 38 2

21301 A 3686.0 -31 -39 2 2 29 2 21301 B 3705.0 -7 -23 1 5 30 2 21301 C 3728.0 -13 -29 1 5 28 2 21301 D 3809.0 -1 -30 1 26 2 21301 E 3845.0 -1 -39 1 29 2 21301 F 3862.0 -1 -37 1 23 2 21301 G 3885.0 --1 -19 1 31 2

21402 A 4218.0 -1 -42 1 23 2

21501 A 4343.0 -1 -16 1 31 2 21501 B 4406,0 -1 -34 1 21 2 21501 C 4441.0 -1 -13 1 29 2

21602 A 4639.0 -1 -33 1 30 2

PAGE 3

*## QUEVILLON 13*


QUAD. (PPM)


CHANNEL

21602 D 4656.0 -1 -23 1 21 2 21602 C 4681.0 -1 -12 1 26 2

21701 A 4800.0 -1 -5 1 35 2 21701 B 4841,0 -1 -34 1 28 2 21701 C 4886.0 -2 -6 1 25 27 2

21802 A 5028.0 -2 -9 1 8 34 2 21802 B 5064.0 -1 -25 1 31 2 21802 C 5107.0 -1 -20 1 28 2

21901 A 5192.0 -1 -15 1 37 2 21901 B 5228.0 -1 -42 1 28 2

22002 A 5390.0 -1 -30 1 30 2 22002 B 5410.0 -1 -25 1 35 2 22002 C 5432.0 -1 -16 1 26 2 22002 D 5447.0 -1 -21 1 31 2

22101 A 5531.0 -5 -20 1 36 2 22101 B 5543.0 -1 -15 1 25 2 22101 C 5562.0 -1 -21 1 32 2 22101 D 5588.0 -1 -28 1 31 2

22202 A 5748.0 -2 -29 1 28 2 22202 B 5777.0 -1 -30 1 24 2 22202 C 5794.0 -1 -20 1 27 2 22202 D 5808.0 -1 -24 1 31 2

22301 A 5912.0 -1 -40 1 25 2 22301 8 5923.0 -1 -26 1 27 2 22301 C 5941.0 -1 -26 1 26 2 22301 D 5965.0 -3 -22 1 32 2

22402 A 6084.0 -1 -27 1 31 2 22402 B 6106.0 -1 -16 1 35 2 22402 C 6142.0 -1 -26 1 31 2

22501 A 6272.0 -1 -54 1 23 2 22501 B 6334.0 -1 -34 1 24 2

22602 A 6452.0 -2 -26 1 30 2 22602 B 6516.0 -1 -45 1 30 2

PAGE 4

### QUEVILLON ##*


QUAD. (PPH)

CONDUCTOR ELEVATION MAGNETOMETER MHOS DEPTH (MUER) FIDUCIAL GAMMAS

CHANNEL

22701 A 6644.0 -1 -41 1 21 2 22701 B 6710.0 -1 -36 1 23 2

22802 A 6831.0 -2 -31 1 30 2 22802 B 6883.0 -1 -20 1 39 2 22802 C 6896.0 -1 -35 1 29 2

22901 A 7058.0 -1 -35 1 27 2 22901 B 7100.0 --1 -28 1 24 2

23002 A 7248.0 -1 -23 1 27 2 23002 B 7281.0 -1 -42 1 20 2 23002 C 7317.0 -1 -24 1 32 2 23002 D 7333.0 --1 -27 1 28 2

23101 A 7486.0 -2 -28 1 30 2 23101 B 7516.0 -1 -22 1 28 2

fit* ANOMALIES INDICATED DY THIS SIGN HAVE NOT BEEN PLOTTED DUE TO SUPERPOSITION WITH THE ADJACENT ANOMALY

PAGE 1

*** LAC MESSINE *111


QUAD. (PPM)

CONDUCTOR ELEVATION MAGNETOMETER MHOS DEPTH (METER) FIOUCIAL GAMMAS

CHANNEL

80101 A 8068.0 -7 -3 4 40 35 2 80101 B 8189.0 -14 -13 2 20 28 2

80101 C 8195.0 -36 -25 6 13 24 8195.0 172 2

80101 D 8198.0 -35 -26 3 3 32 2

80101 E 8279.0 -24 -9 6 18 34 2 80101 F 8284.0 -27 -9 10 17 32 2

80101 G 8313.0 -33 -16 4 9 34 8310.0 337 2 80101 H 8319.0 -11 -7 3 33 28 2 80101 K 8351.0 -34 -31 3 5 30 2

80101 M 8355.0 -64 -38 6 8 25 8355.0 330 2 80101 N 8361.0 -41 -20 6 7 35 2 80101 P 8411.0 6 -1 0 32 8412.0 6957 2 80101 R 8422.0 6 -12 0 28 8422.0 6195 2

80202 A 7647.0 6 -1 0 31 7651.0 6658 2

80202 B 7659.0 4 1 0 45 7661.0 7706 2

80202 C 7712.0 -47 -30 6 1 35 7712.0 307 2

80202 D 7735.0 -3 -7 3 34 27 2

80202 E 7741.0 -16 -14 2 22 26 2

80202 F 7788.0 -9 -2 12 49 26 2

80202 G 7875.0 -34 -24 3 7 35 2

80202 H 7878.0 -30 -24 3 8 34 2 80202 K 7885.0 -11 -17 1 2 40 2

80301 A 7276.0 -18 -26 1 2 33 2 80301 B 7283.0 -44 -41 3 2 31 2 80301 C 7286.0 -59 -44 6 8 25 7286.0 165 2 80301 D 7377.0 -1 -3 1 36 27 2 80301 E 7412.0 -56 -25 10 18 20 2

80301 F 7449.0 -39 -25 6 5 37 7450.0 192 2

80301 G 7504.0 5 -4 0 32 7504.0 4982 2

80301 H 7513.0 5 -6 0 37 7513.0 7694 2

80402 A 6775.0 9 -2 0 33 6775.0 3061 2 80402 8 6782.0 2 -1 0 34 6785.0 3229 2 80402 C 6837.0 -40 -29 3 6 29 6837.0 189 2 80402 D 6875.0 -1.6 -8 4 30 27 2 80402 E 6991.0 -24 -16 3 5 40 2 30402 F 7000.0 -7 -8 1 20 36 2 80402 G 7011.0 -9 -11 1 17 35 2 80402 H 7014.0 -7 -11 1 16 33 2 80402 K 7067.0 -2 -12 1 10 25 2

80501 A 6344.0 -5 -5 1 31 35 2 80501 B 6390.0 -10 -14 1 14 28 2 80501 C 6393.0 -13 -14 2 18 30 2 80501 D 6400.0 -4 -14 1 7 31 2 80501 E 6412.0 -48 -34 6 5 31 2 80501 F 6415,0 -38 -30 3 2 33 6415.0 136 2

t#8

PAGE 2

##* LAC MESSINE *84


QUAD. (PPM)


CHANNEL

80501 G 6518.0 -8 -7 2 19 40 6516.0 480 2 80501 H 6532.0 -15 -9 4 15 41 2 80501 K 6556.0 -54 -29 6 8 28 2 80501 M 6562.0 -30 -29 3 11 24 2 80501 N 6573.0 -19 -19 2 14 28 2 80501 P 6583.0 -22 -13 3 25 20 2 80501 R 6637.0 4 -1 0 29 6637.0 3155 2 80501 S 6647.0 8 -3 0 28 6647.0 4820 2

80602 A 5889.0 -9 -23 1 6 29 2 80602 B 5892.0 6 -10 0 29 2

80602 C 5897.0 1 -8 0 33 5895.0 5767 2 80602 D 5914.0 1 -8 0 33 5917.0 3838 2 80602 E 5928.0 1 -4 1 19 33 5925.0 3787 2 80602 F 5978.0 -5 -5 1 37 29 2 80602 G 5986.0 -27 -20 3 12 30 5989.0 214 2 80602 H 5991.0 -59 -39 6 6 27 2 80602 K 5996.0 -82 -52 6 7 24 5996,0 351 2 80602 M 6001.0 -52 -29 6 4 32 2 80602 N 6023.0 -16 -10 3 18 35 2 80602 P 6034.0 -12 -10 2 14 38 2 80602 R 6133.0 -49 -23 9 5 35 6133.0 281 2 80602 S 6137.0 -38 -25 6 10 32 2 80602 T 6145.0 -9 -12 1 16 36 2 80602 W 6156.0 -4 -9 1 20 29 2

80701 A 5539.0 -1.4 -16 2 21 27 2 80701 B 5553.0 -53 -43 4 6 29 2 80701 C 5559.0 -64 -34 9 6 29 2 80701 D 5672.0 -19 -14 3 7 38 2 80701 E 5686.0 -7 -7 1 23 36 2 80701 F 5703.0 -41 -19 6 6 36 2 80701 G 5708.0 -37 -23 6 11 31 2 80701 H 5717.0 -41 -34 9 1 34 2 80701 K 5722.0 -24 -18 2 7 35 2 80701 M 5786.0 10 -1 0 36 5784.0 4356 2 80701 N 5795.0 9 -1 0 33 5795.0 4522 2 80701 P 5802.0 4 -1 0 33 5802.0 1122 2 80701 R 5823.0 -6 -10 1 13 36 2

80802 A 5002,0 4 -1 0 34 5002.0 1131 2 80802 B 5012.0 3 -1 0 41 5014.0 2363 2 80802 C 5079.0 -7 -7 1 22 37 2 80802 D 5090.0 -23 -12 5 9 43 2 80802 E 5101.0 -97 -39 12 9 24 2 80802 F 5109.0 -56 -21 10 7 31 2 80802 G 5128.0 --9 -6 3 29 34 2 80802 H 5139.0 -24 -18 2 12 30 2 80802 K 5259.0 -36 -14 7 9 34 5264.0 251 2 80802 M 5268.0 -27 -18 3 6 36 2

PAGE 3

#13 LAC MESSINE


QUAD. (PPM)


80802 N 5279.0 -29 -25 3 19 23

80901 A 4613.0 -7 -9 1 24 28 4624.0 236 80901 R 4628.0 -51 -21 9 6 34 80901 C 4743.0 -21 -14 3 10 35 80901 D 4759.0 -16 -21 1 12 30 80901 E 4775.0 -43 -25 6 7 35 80901 F 4783.0 -72 -34 9 6 29 4780,0 251 80901 G 4790.0 -25 -20 2 6 36 80901 H 4795.0 -36 -27 3 40 80901 K 4809.0 -10 -15 1 19 23 80901 M 4868.0 10 -2 0 24 80901 N 4874.0 12 -1 0 19 4871.0 8617 80901 F' 4891,0 13 -1 0 31 4888.0 3349

81002 A 4156.0 5 -3 0 35 4158.0 2927 81002 B 4162.0 9 -4 0 37 81002 C 4165.0 9 -5 0 34 4166.0 5408 81002 D 4210.0 -8 -8 1 21 35 81002 E 4219.0 -10 -10 2 11 41 4219.0 202 81002 F 4227.0 -33 -16 4 7 36 81002 G 4236,0 -68 -27 9 7 28 4239.0 143 81002 H 4240.0 -49 -28 6 2 34 81002 K 4244.0 -50 -25 9 7 33 81002 M 4263.0 --8 -16 1 12 26 81002 N 4274.0 -30 -28 3 11 24 4274.0 87 81002 P 4374.0 -82 -41 9 2 31 4374.0 376 81002 R 4379.0 -33 -30 3 5 30 81002 S 4385.0 --8 -10 1 26 23 81002 T 4461.0 -12 -9 2 25 31

81101 AA 3708.0 -10 -5 4 32 34 81101 A 3785.0 -64 -33 9 2 33 81101 B 3787.0 -68 -23 12 3 35 3785.0 228 81101 C 3798,0 -19 -5 12 24 35 81101 D 3905.0 -41 -24 6 12 30 81101 E 3919.0 -12 -17 1 13 29 81101 F 3939.0 -85 -44 9 6 27 3942,0 394 81101 G 3945,0 -78 -43 9 7 26 81101 H 3948.0 -91 -32 20 8 27 3951.0 334 81101 K 3961,0 -59 -26 9 6 29 81101 M 3967.0 -19 -20 2 15 27 81101 N 3982.0 -10 -12 2 21 31 81101 F' 3984.0 -5 -12 1 14 31 81101 R 4027,0 6 -2 0 37 4027,0 4564 81101 S 4038,0 6 -5 . 0 35 4038.0 915

CHANNEL

2

2 2 2 2 2 2 2 2 2 2 2 2

2 2 2 2 2 2 2 2 2 2 2 2 2 2 2

~ ~ 2 2 2 L L

2 2 2 2

r.s

e) t') P

A

r~

PAGE 4

**# LAC MESSINE #**


QUAD, (PPH)


CHANNEL

81202 A 3668.0 2 -1 0 32 2 81202 B 3286.0 6 -3 0 30 2 81202 C 3288.0 3 -4 0 28 3288.0 2486 2 81202 D 3294.0 7 -1 0 29 2 81202 E 3297.0 8 -2 0 26 3297.0 6282 2 81202 F 3334.0 -14 -12 3 29 24 2 81202 G 3340.0 -12 -5 4 42 24 2 81202 H 3350.0 -10 -7 3 35 26 2 81202 K 3359.0 -65 -30 9 9 26 2 81202 M 3362.0 -71 -32 9 10 25 3363.0 124 2 81202 N 3367.0 -33 -8 12 25 24 2 81202 P 3372.0 -71 -28 9 9 26 2 81202 R 3375.0 -128 -48 11 6 25 3376.0 253 2 81202 S 3379.0 -118 -68 8 4 24 2 81202 T 3382.0 -100 -53 9 8 23 2 81202 W 3396.0 -10 -11 2 22 30 2 81202 X 3413.0 -21 -15 3 8 37 2 81202 Y 3422.0 --6 -9 1 18 34 2 81202 Z 3525.0 -169 -109 6 13 11 3528.0 467 2 81202 Al 3581.0 -10 -2 16 35 36 2 81202 B1 3586.0 -22 -4 21 27 32 2

81301 A 2812.0 -16 -6 27 25 34 1 81301 B 2826.0 -7 -6 9 30 33 1 81301 C 2828.0 -7 -5 11 37 29 1 81301 E 2867.0 -39 -16 34 7 36 2867.0 276 1 81301 F 2981.0 -13 -9 17 22 34 1 81301 G 3014.0 -52 -18 41 10 30 3015.0 467 1 81301 H 3016.0 -59 -23 47 10 28 1 81301 K 3027.0 -67 -20 54 11 27 1 81301 M 3039.0 -41 -15 34 10 33 1 81301 N 3043.0 -16 -10 15 19 34 3044.0 250 1 81301 P 3050.0 -4 -5 4 37 29 1 81301 R 3071.0 -6 -11 4 22 27 1 81301 S 3096.0 2 -1 0 33 3096.0 2700 1 81301 T 3104,0 7 -2 0 30 3105.0 5588 1 81301 W 3113.0 6 -2 0 33 1 81301 X 3135.0 3 -1 0 33 3137.0 1653 1

81402 A 2231.0 1 -5 0 31 2233.0 2119 1 81402 B 2254.0 1 -4 1 22 30 2257.0 2319 1 81402 C 2263.0 2 -4 0 34 2263.0 3861 1 81402 D 2270.0 1 -3 1 21 42 2271.0 4563 1 81402 E 2296.0 -7 -5 11 40 26 1 81402 F 2322.0 -13 -7 24 15 43 2325.0 175 1 81402 G 2330.0 -27 -10 41 17 30 1 81402 H 2342.0 -38 -15 34 9 34 2345.0 102 1 81402 K 2349.0 -30 -15 20 12 31 1 81402 M 2354.0 -17 -7 24 19 39 1 81402 N 2363.0 -3 -2 9 53 38 1

PAGE 5

#** LAC MESSINE ###


(IUAD. (PPM)


81402 P 2369.0 -7 -4 13 35 35 81402 R 2374.0 -20 -11 23 17 35 81402 S 2477.0 -24 -11 23 13 39 81402 T 2480.0 -33 -16 20 8 35 2480.0 228 81402 W 2484.0 -33 -21 17 13 29 81402 X 2521.0 -5 -4 9 42 28

81501 A 1901.0 -9 -7 11 31 30 1899.0 224 81501 B 1905,0 -31 -14 20 9 34 1907.0 124 81501 C 1911,0 -19 -7 41 21 35 81501 D 1919.0 -8 -3 27 42 33 81501 E 2023.0 -:36 -7 136 13 34 81501 F 2032.0 -20 -9 27 25 27 81501 G 2051,0 -31 -9 47 16 33 81501 H 2062,0 -53 -14 47 10 32 2060.0 170 81501 K 2067.0 -45 -13 34 13 30 81501 M 2077.0 -37 -10 95 18 27 2075.0 74 81501 N 2086.0 -24 -9 27 7 45 81501 P 2091.0 -20 -8 34 15 39 81501 R 2128.0 -1 -2 2 50 28 81501 S 2150.0 10 -1 0 29 2149.0 5217 81501 T 2163.0 5 -1 0 39 81501 W 2191.0 8 -1 0 30 2190.0 2545

81602 A 1415.0 13 -2 0 31 1415.0 5254 81602 B 1424.0 5 -1 0 27 81602 C 1484.0 -44 -22 6 7 35 1484.0 110 81602 D 1488.0 -57 -19 10 4 34 81602 E 1496.0 -50 -24 9 12 28 1496.0 179 81602 F 1498.0 -54 -19 9 12 28 81602 G 1508.0 -80 -25 25 11 27 81602 H 1512.0 -73 -19 12 7 31 1514.0 172 81602 K 1524.0 -27 -8 12 15 34 81602 M 1544.0 -13 -6 6 31 28 81602 N 1553.0 -17 -7 5 21 37 81602 P 1668.0 -22 -16 3 17 28 81602 R 1673.0 -30 -21 3 19 23 1676.0 153 81602 S 1686.0 --5 -7 1 34 25

81701 A 1006.0 -9 -3 7 41 29 81701 B 1022.0 -11 -4 6 39 29 81701 C 1156.0 -12 -5 4 36 30 81701 D 1165.0 -13 -7 5 25 33 81701 E 1173.0 -10 -4 6 34 34 81701 F 1184.0 -29 -8 12 18 31 81701 G 1196.0 -80 -18 25 12 26 81701 H 1200.0 -74 -17 21 13 25 81701 K 1207,0 -59 -19 10 6 32 81701 M 1217.0 -43 -15 7 6 37

CHANNEL

1 1 1 1 1 1

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

2 2 2 2 2 2 2 2 2 2

2 2 2 2 2 2 2 2

ns N

r. )

ra

r~ ra

PAGE 6

# LAC MESSINE tu#


QUAD. (PPM)


81701 N 1220.0 -29 -18 3 8 34 81701 P 1271.0 15 -2 0 22 81701 R 1276.0 49 -4 0 23 1276.0 6687 81701 S 1288.0 14 -7 0 28 1288.0 3436 81701 T 1295.0 8 -1 0 26 1295.0 1270 81701 W 1313.0 13 -2 0 27 1311.0 2856

81802 A 540.0 6 -3 0 34 543.0 3154 81802 B 556.0 3 -3 0 27 81802 C 561.0 13 -3 0 26 563.0 1112 81802 D 568.0 18 -5 0 23 570.0 4516 81802 E 572.0 11 -11 0 26 81802 F 579.0 21 -3 0 24 81802 G 582.0 26 -5 0 28 81802 H 587.0 15 -6 0 32 584.0 6474 81802 K 647.0 -37 -22 6 9 33 81802 M 650.0 -62 -19 10 3 35 81802 N 659.0 -39 -13 7 8 35 81802 P 672.0 -57 -26 9 14 21 81802 R 679.0 -41 -15 7 6 37 81802 S 688.0 -7 -6 2 32 31 81802 T 710.0 -23 -12 5 17 35 81802 W 716.0 -8 -11 1 13 36

81901 A 280.0 -11 -10 2 20 32 81901 B 289.0 -32 -12 9 16 31 81901 C 309.0 -19 -11 5 29 23 81901 D 318.0 -60 -16 15 8 30 81901 E 324.0 -42 -14 7 14 29 81901 F 335.0 -51 -7 46 10 35 81901 G 342.0 -91 -18 37 7 31 81901 H 346.0 -33 -16 4 8 35 81901 K 421.0 7 -4 0 31 421.0 5239 81901 H 424.0 4 -1 0 34 81901 N 448.0 8 -1 0 29 450.0 5383

82002 A 11365.0 10 1 0 26 11368.0 3610 82002 B 11368.0 6 -2 0 26 82002 C 11441.0 -34 -30 3 6 29 82002 D 11446.0 -75 -43 6 4 29 11446.0 255 82002 E 11456.0 -50 -25 9 12 28 82002 F 11467,0 -37 -17 7 16 27 11470.0 212 82002 G 11478.0 -36 -16 7 15 28 82002 H 11483.0 -8 -9 1 19 33 82002 K 11501.0 -25 -14 3 12 33 82002 M 11512.0 -5 -3 3 46 32

82101 A 11096.0 -9 -6 3 37 26 82101 B 11116,0 -26 -24 3 16 26

CHANNEL

2 2 2 2 2 2

2 2 2 2 2 2 2 2 2 2

2 2 2 2 2 2

2 2

ra ra

ra

ra

2 2 2 2 2

2 2

rJ r

a r

a ra

ra

ra

ra r

a

PAGE 7

33* LAC MESSINE I#*


QUAD. (PPM}


CHANNEL

82101 C 11121.0 -51 -28 6 6 30 2 82101 D 11131.0 -30 -18 3 17 25 11131.0 186 2 82101 E 11141.0 -43 -29 3 10 25 2 82101 F 11146.0 -61 -51 4 6 25 11146.0 173 2 82101 G 11150.0 -67 -46 4 4 27 2 82101 H 11152.0 -34 -29 3 4 31 2 82101 K 11219.0 12 -1 0 27 11219.0 4770 2 82101 h 11236.0 2 -3 0 29 2 82101 N 11249.0 6 -2 0 29 11249.0 2199 2

82202 A 10399.0 5 -2 0 30 10399.0 1935 2 82202 B 10409.0 30 1 0 26 10409.0 4347 2 82202 C 10429.0 12 -1 0 25 10432.0 5405 2 82202 D 10501.0 -40 -34 3 4 31 2 82202 E 10505.0 -49 -39 4 6 29 2 82202 F 10515.0 -36 -26 3 3 32 2 82202 G 10529.0 -14 -11 3 12 41 ' t 82202 H 10535.0 -31 -24 3 10 32 10535.0 260 2 82202 K 10541.0 -16 -21 1 13 29 2 82202 h 10566.0 -4 -5 1 24 42 2

82301 A 10160.0 -10 -16 1 9 33 2 82301 F3 10165.0 -40 -24 6 8 34 10165.0 261 2 82301 C 10171.0 -23 -22 2 7 35 2 82301 D 10181.0 -44 -30 3 4 31 2 82301 E 10183.0 -51 -32 6 5 31 2 82301 F 10187.0 -39 -35 3 4 31 2 82301 G 10194.0 -38 -34 3 2 33 2 82301 H 10262.0 41 -1 0 26 10262.0 6384 2 82301 K 10273.0 10 -4 0 30 10273.0 1599 2 82301 M 10280.0 21 -2 0 34 10280.0 3863 2 82301 N 10291.0 4 -5 0 38 10291.0 1220 2

82402 A 9463.0 9 -2 0 30 9463.0 1958 2 82402 B 9473.0 15 -4 0 28 2 82402 C 9479.0 19 -1 0 33 9479.0 7808 2 82402 D 9487.0 21 -1 0 29 9488.0 7585 2 82402 E 9555.0 -38 -25 6 10 32 2 82402 F 9558.0 -54 -43 4 6 29 9559.0 210 2 82402 G 9562.0 -60 -41 6 3 30 2 82402 H 9565.0 -55 -32 6 7 29 2 82402 K 9569,0 -49 -23 9 2 38 9569.0 128 2 82402 M 9579.0 -22 -17 3 13 32 2 82402 N 9586.0 -61 -37 6 4 29 9588.0 294 2 82402 P 9588.0 -56 -41 6 3 30 2 82402 R 9798.0 -1 -16 1 23 9798.0 273 2

82501 A 9034.0 -5 -16 1 11 24 2 82501 B 9173.0 -8 -3 6 38 37 2

PAGE 8

*** LAC MESSINE # #


QUAD. (PPM)


82501 C 9237.0 -39 -28 3 4 31 82501 D 9240.0 -45 -23 6 10 32 82501 E 9257.0 -76 -39 9 33 9257.0 277 82501 F 9263.0 -64 -40 6 2 31 82501 G 9267.0 -60 -39 6 6 27 9265.0 334 82501 H 9330.0 21 -7 0 22 9330.0 4819 82501 K 9346.0 31 1 0 31 9346.0 13629 82501 M 9351.0 33 2 0 29 82501 N 9353.0 33 3 0 28

82602 A 8532.0 3 -1 0 36 8535.0 1459 82602 B 8554.0 56 4 0 30 8554.0 15377 82602 C 8571.0 7 -1 0 32 85/2.0 4584 82602 8 8630.0 -33 -21 3 7 35 82602 E 8634.0 -42 -18 6 7 35 82602 F 8637.0 -19 -11 5 16 36 82602 G 8645.0 -23 -13 3 9 36 82602 H 8674,0 -10 -4 6 ;59 29 82602 K 8694.0 -10 -6 3 20 43 82602 M 8730,0 -5 -2 4 51 36 82602 N 8809.0 -3 -6 1 33 23 82602 P 8832.0 -7 -20 1 10 25 82602 R 8836.0 -18 -40 1 9 20

82701 A 8286.0 -16 -10 3 25 28 82701 B 8291.0 -10 -10 2 24 28 82701 C 8328.0 -7 -7 1 28 31 82701 D 8334.0 :22 -13 3 16 29 82701 E 8345,0 -29 -17 4 3 40 82701 F 8349.0 -27 -14 4 1 42 82701 G 8405.0 15 -1 0 28 8405.0 4647 82701 H 8422.0 17 -1 0 36 8422.0 9819

82801 A 7384.0 -6 -5 2 32 34 82801 B 7389.0 -11 -9 2 24 32 82801 C 7424.0 -4 -3 2 46 32 82801 D 7434.0 -13 -6 6 27 32 82801 E 7447.0 -31 -14 4 9 34 7450.0 230 82801 F 7454.0 -32 -16 4 7 36 82801 G 7508.0 15 -2 0 29 7508.0 6642 82801 H 7516.0 11 -2 0 28 82801 K 7530.0 15 -5 0 28 7529.0 8061 82801 M 7541.0 4 -5 0 30 7541.0 997

82902 A 7659.0 4 -2 0 29 7661.0 1401 82902 B 7681.0 13 -1 0 28 7683.0 4729 82902 C 7684.0 12 -1 0 30 7687.0 5348 82902 D 7738.0 -23 -11 5 17 35 82902 E 7741.0 -33 -14 4 10 33

CHANNEL

ra r

a r

a

NJ

NJ ra

ra

ra

ra

2

2 2 2 2 2 2 2 2 2 2 2 2

2 2 2 2 2 2 2 2

2 2 2 2 2 2 2 2 2 2

2 2 2 2 2

PAGE 9

*# LAC MESSINE # ##


QUAD. (PPM)


CHANNEL

82902 F 7749.0 -20 -9 6 22 30 2 82902 G 7769.0 -34 -27 3 6 29 2 82902 H 7771.0 -30 -21 3 10 32 2 82902 K 7785.0 -7 -5 2 35 31 2 82902 M 7790.0 -6 -6 1 29 34 2 82902 N 7796.0 -5 -3 3 38 40 2

83002 A 6805.0 9 -3 0 24 2 83002 B 6834.0 14 -1 0 26 6836,0 5576 2 83002 C 6890.0 -21 -11 5 17 35 2 83002 D 6903.0 -18 -12 5 16 36 6907.0 171 2 83002 E 6916.0 -9 -8 2 22 35 2 83002 F 6921.0 -8 -7 2 22 37 2 83002 G 6935.0 -•1 -2 1 42 36 2 83002 H 6941.0 -5 -4 2 41 29 2 83002 K 6976.0 ••1 -1 1 79 33 2

83101 A 6541.0 •-6 -4 2 37 34 6541.0 108 2 83101 B 6601.0 -13 -11 3 21 32 2 83101 C 6606.0 -10 -9 2 18 38 2 83101 D 6617.0 -15 -10 3 14 39 6617.0 144 2 83101 E 6622.0 -33 -19 3 9 33 2 83101 F 6630.0 -33 -15 4 11 32 6628.0 371 2 83101 G 6636.0 -13 -9 4 24 32 2 83101 H 6692.0 16 -2 0 30 6694.0 7108 2 83101 K 6725.0 8 -7 0 27 2 83101 M 6732.0 16 -5 0 27 6732.0 3901 2

83202 A 5966.0 8 -8 0 30 5965,0 3292 2 83202 B 5997.0 15 -2 0 27 5997.0 7279 2 83202 C 6002,0 10 -1 0 25 6001.0 7289 2 83202 E 6057.0 -18 -7 9 27 29 2 83202 F 6063.0 -27 -15 4 8 35 2 83202 G 6068.0 -46 -26 6 6 30 6068.0 264 2 83202 H 6072.0 -23 -15 3 12 33 2 83202 K 6081.0 -6 -5 2 32 34 2 83202 M 6087.0 -6 -7 1 28 31 2 83202 N 6106.0 -10 -5 4 36 30 2 83202 P 6114.0 -9 -5 3 27 39 2 83202 R 6151.0 -3 -1 5 70 31 7 ~

83301 A 5683.0 -2 -2 1 60 29 2 83301 B 5737.0 -7 -11 1 28 21 2 83301 C 5751.0 -11 -8 2 28 29 2 83301 D 5756.0 -14 -11 3 27 26 2 83301 E 5761.0 -15 -10 3 26 27 2 83301 F 5765.0 -15 -11 3 23 30 2 83301 G 5781.0 -13 -6 6 21 38 2


AUAD, (PPM)


83301 H 5790.0 -14 -7 5 21 37 83301 K 5854.0 4 -2 0 29 5857.0 5005 83301 M 5865.0 11 -2 0 32 5865.0 8455 83301 N 5872.0 11 -6 0 26

83402 A 5140.0 18 -1 0 28 5141.0 7857 83402 B 5207.0 -20 -11 5 18 34

83501 A 4776.0 -14 -13 2 21 27 4776.0 176 83501 B 4867.0 -25 -19 2 8 34 83501 C 4870.0 -16 -15 2 16 32 83501 D 4927.0 8 -2 0 30 83501 E 4939.0 12 -2 0 30 4939.0 5341

83602 A 4187.0 5 -2 0 34 4188.0 4859 83602 B 4214.0 16 -1 0 29 4215.0 6326 83602 C 4225.0 8 -1 0 31 4228.0 5416 83602 D 4282.0 -25 -20 2 12 30 83602 E 4318.0 -5 -6 1 27 36 83602 F 4327.0 -5 -5 1 30 36 4327.0 84 83602 G 4371,0 -25 -14 3 18 27 4371.0 373 83602 H 4376.0 -26 -16 4 16 27

83701 A 3870.0 --6 -5 2 30 36 83701 B 3876.0 -20 -12 5 26 26 3876.0 192 83701 C 3879.0 -12 -12 2 22 30 83701 D 3907.0 -6 -5 2 32 34 83701 E 3919.0 -12 -8 2 25 32 83701 G 3925.0 -12 -11 2 17 35 83701 H 3969.0 -38 -27 3 8 27 3969,0 122 83701 K 3977.0 -11 -11 2 21 31 83701 M 4039.0 4 -2 0 40 83701 N 4045.0 4 -2 0 38 4043.0 2732 83701 P 4069.0 6 -9 0 28 4072.0 3071

83802 A 3321.0 3 -6 0 29 3324.0 1862 83802 B 3341,0 16 -1 0 32 3343.0 6204 83802 C 3345.0 13 -1 0 32 83802 D 3399.0 -21 -14 3 14 31 83802 E 3403.0 -22 -18 2 10 32 83802 F 3410.0 -13 -14 2 16 32 3410.0 301 83802 G 3441.0 -4 -5 1 36 30 3440.0 117 83802 H 3455.0 -5 -8 1 13 39 34i5.0 177 83802 K 3480.0 -13 -13 2 13 35 3480.0 209

83901 A 3018.0 -2 -7 1 9 36

CHANNEL

2 2 2 2

2 2

2 2 2 2 2

ra ra

►~

ra ra

R) ra

ra

2 2 2 2 2 2 2 2 2 2 2

2 2 2 2 2 2 2 2 2

2

414 LAC MESSINE

Vk#

PAGE 10


(PPM)

QUAD. (PPM)

CONDUCTOR ELEVATION MAGNETOMETER MHOS DEPTH (METER) FI»UCIAL GAMMAS

83901 B 3046.0 --4 -6 1 33 26 3047.0 166 83901 C 3062.0 -5 -7 1 25 34 3065.0 106 83901 D 3101.0 --5 -7 1 28 31 83901 E 3171.0 41 -1 0 31 83901 F 3185.0 31 -2 0 26 3183.0 5522 83901 G 3197.0 6 -7 0 25 3197.0 2340

84002 A 2408.0 7 -2 0 31 2409.0 2543 84002 8 2417.0 13 -1 0 34 2419.0 3903 84002 C 2434.0 12 -1 0 33 2434.0 9185 84002 D 2484.0 -3 -6 1 28 28 84002 E 2568.0 -1 -6 1 32

84101 A 2107.0 -1 -9 1 31 84101 B 2209.0 --1 -9 1 26 84101 C 2261.0 4 -3 0 35 2262.0 5557

84101 D 2271.0 12 -1 0 31 2271.0 6340 84101 E 2293.0 6 -3 0 32 2293.0 1848

84202 A 1466.0 11 -3 0 30 1467.0 4244 84202 B 1501.0 10 -1 0 33 1501.0 5643 84202 C 1834.0 -26 -10 9 17 30

84301 A 990.0 -19 -8 7 7 47 84301 B 1013.0 -4 -9 1 22 27 84301 C 1368.0 4 -2 0 39 1366.0 5140 84301 D 1400.0 9 -3 0 30 1400.0 5187

84402 A 573.0 7 -1 0 27 577.0 2377 84402 B 895.0 -3 -9 1 19 26 84402 C 914.0 -24 -9 6 11 41

84501 A 75.0 1 -11 0 16 84501 8 423.0 1 -2 0 30 418.0 2251

ttt

CHANNEL

2 2

2 2

2

2

rJ 1,..7

rJ

ra r~

2 2

2

2

2

2

2

2

2 2 2 2

2

2

2

0

2

PAGE 11

ttt LAC MESSINE ttt

*** ANOMALIES INDICATED BY THIS SIGN HAVE NOT BEEN PLOTTED DUE TO SUPERPOSITION WITH THE ADJACENT ANOMALY

PAGE 1

#ft LAC MESTON


QUAD. (PPM)


70101 A 145.0 -1 -7 1 31 70101 B 214.0 --1 -10 1 32 70101 C 232.0 -1 -6 1 34

### 70101 D 293.0 -1 -8 1 22

70202 A 446.0 -1 -6 1 31 70202 8 498.0 -1 -4 1 19 33 70202 C 524.0 -1 -5 1 38 70202 D 551.0 -1 -7 1 30 70202 E 597.0 -1 -4 1 22 30 70202 F 619.0 -1 -4 1 16 36

70301 A 669.0 -1 -4 1 20 32 70301 B 697.0 -2 -5 1 24 32 70301 C 708.0 -5 -4 2 33 37 70301 D 741.0 -1 -16 1 24 70301 E 816.0 -1 -6 1 36 70301 F 866.0 -1 -7 1 27

8# 70301 G 877.0 -1 -6 1 30

70402 A 1013.0 -1 -6 1 34 70402 B 1035.0 -2 -5 1 15 41 70402 C 1063.0 -5 -11 1 15 30 70402 D 1172,0 -1 -11 1 28

70501 A 1226.0 -1 -11 1 21 70501 B 1258,0 -1 -4 1 27 25 70501 C 1280.0 --7 -10 1 16 33 70501 D 1297.0 -1 -8 1 32 70501 E 1338.0 -1 -5 1 31 70501 F 1355.0 -1 -3 1 35 28 70501 G 1382,0 -1 -6 1 33 70501 H 1411.0 -1 -7 1 28

*1(4( 70602 A 1513.0 -1 -4 1 21 31 70602 B 1556.0 -1 -7 1 25 70602 C 1590.0 -1 -14 1 24 70602 D 1613.0 -1 -2 1 45 33 70602 E 1631.0 -1 -2 1 41 37 70602 F 1654.0 -2 -2 1 53 36 70602 G 1672.0 -1 -8 1 28 70602 H 1694.0 -16 -15 2 14 34 70602 K 1745.0 -1 -6 1 29

70701 A 1811.0 -11 -10 2 17 35 70701 B 1825.0 -12 -8 2 21 36 70701 C 1869.0 -1 -4 1 23 29

CHANNEL

2 2 2 2

2 2 2 2 2 2

2 2 2 2 2 2 2

2 2 2 2

2 2 2 2 2 2 2 2 2

2 2 2

2 2 2

ra rJ

rJ 1,.-1 rJ

PAGE 2

t*# LAC MESTON ~##


QUAD. (PPM)


MHOS DEPTH (METER) FIDUCIAL GAMMAS

70701 D 1930.0 --1 -6 1 36 70701 E 1953.0 -1 -5 1 32 70701 F 1999.0 -2 -7 1 12 33

70802 A 2151.0 -1 -7 1 30 70802 B 2250.0 -1 -11 1 23 70802 C 2271.0 -6 -8 1 28 28 70802 D 2283,0 -12 -9 2 22 34

70901 A 2383.0 -3 -7 1 20 32 70901 B 2406.0 -1 -9 1 23 70901 C 2417.0 -1 -8 1 23 70901 D 2428.0 -6 -7 1 29 30 70901 E 2511.0 -1 -6 1 26 70901 F 2546.0 --1 -13 1 24 70901 G 2555.0 •-1 -12 1 29

71002 A 2742.0 -1 -16 1 25 71002 B 2784.0 -1 -5 1 27 71002 C 2891.0 --1 -9 1 25 71002 D 2914.0 -1 -7 1 39

71101 A 2953.0 -6 -13 1 7 31 71101 B 2994.0 -2 -11 1 10 25 71101 C 3049.0 -2 -8 1 12 30 71101 D 3076.0 -1 -8 1 28 71101 E 3114.0 -1 -7 1 32

71202 A 3298.0 -1 -4 1 22 30 71202 B 3405.0 -1 -4 1 26 26 71202 C 3449.0 -1 -8 1 25 71202 D 3460.0 --3 -7 1 23 29 71202 E 3468.0 --1 -5 1 28 71202 F 3489.0 -8 -10 1 16 33

71301 A 3555.0 -10 -6 3 33 30 71301 B 3585.0 -1 -8 1 25 71301 C 3630.0 -1 -5 1 28 71301 D 3644.0 -1 -4 1 20 32 71301 E 3765.0 -1 -6 1 30 71301 F 3771.0 -1 -5 1 27

71402 A 3881.0 -1 -3 1 35 28 71402 B 3946.0 -1 -4 1 19 33 71402 C 3967.0 -1 -4 1 21 31 71402 D 4022.0 -1 -6 1 29

tn

CHANNEL

2 2 2

2 2 2 2

2 2 2 2

2 2 2 2 2

2 2 2 2 2 2

2 2 2 2 2 2

2 2 2 2

2

NJ NJ NJ DJ NJ NJ

LAC MESTON Ut

PAGE 3


QUAD. (PPM)


CHANNEL

71402 E 4071.0 -1 -7 1 33 2

71501 A 4189.0 -1 -4 1 18 34 2 71501 B 4215.0 -1 -4 1 21 31 2 71501 C 4234.0 -1 -5 1 29 2 71501 D 4280.0 -1 -4 1 22 30 2 71501 E 4329.0 -2 -5 1 14 42 2

71602 A 4407.0 •-1 -6 1 34 2 71602 B 4443.0 -1 -5 1 32 2 71602 C 4532.0 •-2 -7 1 12 33 2 71602 D 4575.0 -1 -4 1 18 34 2 71602 E 4588.0 --1 -5 1 39 2 71602 F 4598.0 -1 -4 1 15 37 2

71701 A 4633.0 -1 -9 1 31 2 71701 B 4638.0 -1 -13 1 23 2 71701 C 4783.0 -1 -6 1 31 2

71751 A 4120.0 -1 -6 1 37 2 71751 B 4164.0 -1 -3 1 24 39 2 71751 C 4184.0 -1 -6 1 36 2 71751 D 4212.0 -5 -10 1 14 31 2 71751 E 4216.0 -11 -11 2 13 39 2 71751 F 4235.0 -1 -11 1 28 2 71751 G 4241.0 -5 -23 1 5 26 2 71751 H 4250.0 -•1 -9 1 28 2 71751 K 4263.0 •-1 -10 1 30 2 71751 M 4278.0 -1 -13 1 31 2

71802 A 4914.0 •-1 -4 1 24 28 2 71802 B 4956.0 -1 -5 1 34 2 71802 C 5014.0 -1 -2 1 46 32 2 71802 D 5071.0 -2 -13 1 30 2

71852 A 4394.0 -1 -3 1 36 27 2 71852 B 4411.0 -1 -8 1 30 2 71852 C 4416.0 -1 -8 1 32 2 71852 D 4447.0 -7 -22 1 3 32 2 71852 E 4466.0 -4 -5 1 32 34 2 71852 F 4471.0 -9 -11 1 20 32 2 71852 G 4474.0 -11 -13 1 5 37 2 71852 H 4487.0 -1 -2 1 46 32 2 71852 K 4504.0 -1 -3 1 21 42 2 71852 M 4543.0 -1 -7 1 39 2 71852 N 4556.0 -1 -10 1 34 2

PAGE 4

*** LAC MESTON ***


QUAD. (PPM)


CHANNEL

71901 A 5161.0 -1 -3 1 25 38 2 71901 B 5208.0 -1 -7 1 29 2 71901 C 5299,0 -1 -6 1 30 2 71901 D 5322.0 -2 -7 1 12 33 2

71951 A 4641.0 -1 -14 1 29 2 71951 B 4712.0 -16 -19 1 3 39 2 71951 C 4729.0 -1 -6 1 30 2 71951 D 4738.0 -9 -35 1 29 2 71951 E 4747.0 -1 -15 1 24 2 71951 F 4760.0 -2 -16 1 28 2 71951 G 4774.0 -2 -22 1 18 2 71951 H 4792.0 -1 -5 1 28 2

72002 A 5452.0 -3 -7 1 24 28 2 72002 B 5470.0 -1 -4 1 23 29 2 72002 C 5564.0 -1 -5 1 34 2 72002 D 5608.0 -1 -4 1 13 39 2

72052 A 4913,0 -2 -5 1 26 30 2 72052 B 4929.0 -17 -24 1 9 33 2 72052 C 4933.0 -22 -29 1 3 32 2 72052 D 4936.0 -32 -37 2 2 29 2 72052 E 4957.0 -9 -17 1 10 28 2 72052 F 4981.0 -15 -16 2 7 41 2 72052 G 5012.0 -1 -3 1 21 42 2 72052 H 5044.0 -1 -12 1 31 2

72101 A 5666.0 -1 -9 1 27 2 72101 B 5715.0 -1 -10 1 31 2 72101 C 5814.0 -1 -5 1 34 2

72151 A 5133.0 -1 -20 1 28 2 72151 B 5156.0 -1 -8 1 28 2 72151 C 5176.0 -1 -4 1 22 30 2 72151 D 5205,0 -26 -29 3 8 27 2 72151 E 5231.0 -9 -20 1 7 28 2 72151 F 5242.0 -1 -12 1 28 2 72151 G 5252.0 -34 -31 3 1 34 2 72151 H 5257.0 -34 -31 3 1 34 2 72151 K 5261.0 -15 -25 1 11 31 2 72151 M 5278.0 -3 -13 1 27 2

72202 A 6058.0 -1 -14 1 26 2 72202 B 6107.0 -2 -15 1 34 2

PAGE 5

LAC MESTON ###


QUAD. (PPM)


CHANNEL

72252 A 5367.0 -1 -10 1 29 2 72252 B 5379.0 -12 -22 1 9 29 2

72252 C 5384.0 -41 -46 2 30 2 72252 D 5387.0 -63 -44 6 3 30 2

72252 E 5390.0 -36 -34 3 6 29 2

72252 F 5400.0 -1 -20 1 25 2

72252 G 5409.0 -12 -22 1 9 29 2 72252 H 5436.0 -14 -15 2 10 38 2

72301 A 6191.0 -1 -5 1 26 2 72301 B 6207.0 -1 -6 1 31 2 72301 C 6223,0 --1 -7 1 32 2 72301 D 6236.0 -2 -7 1 14 31 2 72301 E 6250.0 -1 -18 1 28 2 72301 F 6257,0 -1 -9 1 28 2

72301 G 6309.0 -3 -4 1 39 31 2

72301 H 6352.0 -1 -5 1 30 2

72301 K 6371.0 -1 -12 1 26 2

72361 A 5617.0 -1 -16 1 32 2

72361 B 5646.0 -1 -4 1 16 36 2 72361 C 5680.0 -23 -30 1 1 34 2 72361 D 5701.0 -2 -5 1 28 28 2 72361 E 5706.0 -19 -28 1 2 33 2 72361 F 5717.0 --6 -21 1 5 30 2 72361 G 5727.0 -39 -49 2 30 2 72361 H 5729,0 -75 -48 4 2 29 2 72361 K 5734.0 -38 -48 2 30 2 72361 M 5753.0 -1 -9 1 26 2 72361 N 5773.0 -1 -5 1 26 2

72402 A 6451.0 -2 -29 1 20 2 72402 B 6457.0 -9 -57 1 15 2 72402 C 6518.0 -3 -19 1 32 2 72402 D 6567.0 -1 -27 1 23 2 72402 E 6581.0 -3 -15 1 28 2 72402 F 6588.0 -1 -9 1 32 2 72402 G 6601.0 -1 -11 1 34 2

72452 A 5831.0 -3 -10 1 10 32 2 72452 B 5852.0 -67 -36 6 34 2 72452 C 5858,0 -36 -27 3 2 33 2 72452 D 5865.0 -9 -18 1 36 2 72452 E 5874.0 -7 -11 1 4 45 2 72452 F 5901.0 -7 -22 1 3 32 2 72452 G 5935.0 -1 -3 1 24 39 2 72452 H 5953.0 -1 -5 1 39 2 72452 K 5969.0 -1 -31 1 25 2

PAGE 6

### LAC MESTON ###


QUAD. (PPM)


CHANNEL

72501 A 6698.0 --1 -7 1 30 2 72501 B 6705.0 -3 -10 1 14 28 2 72501 C 6715.0 -1 -17 1 30 2 72501 D 6723.0 -1 -20 1 27 2 72501 E 6751.0 -1 -11 1 24 2 72501 F 6774.0 •-1 -7 1 30 2 72501 G 6796.0 -1 -17 1 22 2 72501 H 6820.0 -1 -5 1 25 2 72501 K 6861.0 -1 -10 1 31 2

72551 A 6064.0 •-1 -17 1 33 2 72551 B 6072.0 -1 -11 1 33 2 72551 C 6091.0 -1 -2 1 43 35 2 72551 D 6129.0 -3 -20 1 28 2 72551 E 6155.0 -5 -13 1 7 28 2 72551 F 6167.0 -13 -19 1 10 32 2 72551 G 6173.0 -61 -54 4 6 25 2 72551 H 6176.0 -80 -50 6 31 2 72551 K 6179.0 -93 -46 9 1 30 2 72551 M 6202.0 -3 -7 1 21 31 2

72602 A 111.0 -1 -4 1 13 39 2 72602 B 148.0 --1 -16 1 26 2 72602 C 153,0 -1 -27 1 22 2 72602 D 162.0 -1 -17 1 26 2 72602 E 193.0 -1 -8 1 34 2 72602 F 228.0 --1 -22 1 26 2 72602 G 254.0 -1 -10 1 35 2

72652 A 6301.0 -46 -22 9 5 35 2 72652 B 6305.0 -33 -24 3 9 33 2 72652 C 6311.0 -5 -11 1 11 34 2 72652 D 6320.0 -3 -12 1 2 40 2 72652 E 6341.0 -1 -17 1 24 2 72652 F 6396.0 -1 -22 1 28 2

72701 A 348.0 -1 -5 1 27 2 72701 B 370.0 -1 -7 1 34 2 72701 C 401.0 -1 -5 1 36 2 72701 D 422.0 --1 -4 1 20 32 2 72701 E 459.0 -1 -34 1 26 2 72701 F 473.0 -1 -12 1 23 2 72701 G 503.0 -1 -14 1 29 2 72701 H 515.0 -1 -7 1 29 2

72751 A 6457.0 -1 -16 1 30 2 72751 B 6471.0 -1 -3 1 29 34 2 72751 C 6525.0 8 -38 0 21 2

PAGE 7

4## LAC MESTON ##$


(PPM) QUAD. (PPM)


CHANNEL

72751 D 6537.0 -5 -10 1 11 34 2 72751 E 6545.0 -9 -16 1 10 28 2 72751 F 6552.0 -57 -43 6 5 28 2 72751 G 6555.0 -44 -27 3 6 29 2

72802. A 613.0 -2 -3 1 39 36 2 72802 B 672.0 -1 -12 1 32 2 72802 C 684.0 -1 -11 1 28 2 72802 D 710.0 -1 -5 1 38 2 72802 E 740.0 -1 -5 1 37 2 72802 F 765.0 -1 -5 1 45 2 72802 G 787.0 -1 -10 1 34 2

72852 A 6651.0 -57 -43 6 6 27 2 72852 B 6660.0 -7 -11 1 17 32 2 72852 C 6667.0 -5 -14 1 38 2 72852 D 6679.0 --1 -12 1 31 2 72852 E 6685.0 -1 -12 1 27 2 72852 F 6744.0 -1 -20 1 24 2

72901 A 848.0 -2 -11 1 1 34 2 72901 B 869,0 -1 -9 1 35 2 72901 C 881.0 -4 -9 1 13 36 2 72901 D 891.0 -1 -10 1 30 2 72901 E 918.0 --2 -6 1 16 36 2 72901 F 938.0 -1 -7 1 35 2 72901 u 956.0 --1 -7 1 38 2 72901 H 1009.0 -1 -10 1 30 2 72901 K 1027.0 -1 -8 1 31 2 72901 M 1040.0 -1 -8 1 36 2

72951 A 6805.0 -1 -16 1 25 2 72951 B 6811.0 -1 -10 1 25 2 72951 C 6877.0 -16 -27 1 33 2 72951 D 6885.0 -11 -23 1 6 32 2 72951 E 6890.0 -97 -64 7 32 2 72951 F 6935.0 4 -4 0 21 2

73002 A 1072.0 -1 -7 1 30 2 73002 B 1086.0 -1 -7 1 29 2 73002 C 1097.0 -1 -6 1 28 2 73002 D 1150.0 -2 -5 1 20 36 2 73002 E 1173.0 -2 -9 1 7 35 2 73002 F 1184.0 -1 -14 1 31 2 73002 G 1196.0 -1 -7 1 29 2 73002 H 1221.0 -1 -13 1 28 2 73002 K 1233.0 -1 -15 1 28 2 73002 M 1238,0 -1 -15 1 31 2

PAGE 8

LAC VESTON

* ##


QUAD. (PPM)


CHANNEL

73002 N 1255.0 -1 -17 1 32 2 73002 P 1266.0 -1 -17 1 31 2

73052 A 7063.0 -4 -8 1 26 26 2 73052 B 7071.0 -34 -25 3 42 2 73052 C 7076.0 -9 -17 1 42 2 73052 D 7081.0 -5 -12 1 13 32 2 73052 E 7097.0 -1 -4 1 16 36 2 73052 F 7125.0 -1 -2 1 49 29 2 73052 G 7147.0 -1 -11 1 32 2 73052 H 7159.0 --1 -16 1 31 2

73101 A 1337.0 -1 -22 1 27 2 73101 8 1358.0 -2 -8 1 4 38 2 73101 C 1367.0 -2 -8 1 6 36 2 73101 D 1411.0 -1 -20 1 27 2 73101 E 1420.0 -2 -12 1 3 32 2 73101 F 1441.0 -1 -4 1 22 30 2 73101 G 1488.0 -1 -8 1 26 2 73101 H 1502.0 -1 -7 1 30 2 73101 K 1513.0 -2 -3 1 39 36 2

73151 A 7270.0 -1 -8 1 32 2 73151 B 7288.0 -6 -18 1 2 33 2 73151 C 7293.0 -21 -43 1 3 26 2 73151 D 7296.0 -74 -43 6 3 30 2 73151 E 7304.0 -4 -13 1 32 2 73151 F 7312.0 -1 -10 1 33 2 73151 G 7344.0 3 -2 0 23 2

73202 A 1594.0 -1 -6 1 26 2 73202 B 1607.0 -1 -8 1 28 2 73202 C 1616.0 -1 -8 1 29 2 73202 D 1678.0 -1 -15 1 31 2 73202 E 1695.0 -1 -12 1 29 2 73202 F 1736.0 -1 -13 1 34 2 73202 G 1754.0 -1 -19 1 27 2 73202 H 1762.0 1 -22 1 26 2 73202 K 1769.0 2 -26 0 28 2

73252 A 7473.0 -1 -8 1 30 2 73252 B 7491.0 -29 -19 3 1 41 2 73252 C 7498.0 -7 -17 1 2 36 2 73252 D 7514.0 -6 -17 1 7 31 2 73252 E 7537.0 -1 -3 1 30 33 2

73301 A 1831.0 -1 -9 1 29 2

PAGE 9

### LAC HESTON ##


QUAD. (PPM)


CHANNEL

73301 B 1846.0 -11 -20 1 7 31 2 73301 C 1866.0 -1 -4 1 20 32 2 73301 D 1883.0 -1 -7 1 32 2 73301 E 1910.0 -1 -14 1 26 2 73301 F 1917.0 -1 -22 1 22 2 73301 G 1980.0 -1 -8 1 32 2 73301 H 1987.0 -1 -9 1 33 2 73301 K 1998.0 -1 -10 1 26 2

73351 A 7616.0 -19 -28 1 9 26 2 73351 B 7635.0 -45 -59 1 30 2 73351 C 7649.0 -20 -18 2 10 32 2 73351 D 7657.0 -1 -13 1 23 2

73402 A 2116.0 --1 -9 1 28 2 73402 B 2142.0 -1 -8 1 34 2 73402 C 2169.0 -1 -3 1 26 37 2 73402 D 2203.0 -2 -12 1 3 32 2 73402 E 2217.0 --1 -15 1 25 2 73402 F 2275.0 -12 -27 1 31 2

73452 A 7759.0 -1 -1 1 73 39 2 73452 B 7790.0 -1 -3 1 26 37 2 73452 C 7801.0 -1 -6 1 30 2 73452 D 7808.0 -6 -13 1 11 27 2 73452 E 7812.0 -4 -17 1 28 2 73452 F 7821.0 -65 -39 6 3 30 2 73452 G 7824.0 -22 -27 1 1 34 2 73452 H 7837.0 -10 -17 1 7 35 2

73501 A 2384.0 -1 -8 1 32 2 73501 B 2414.0 -12 -14 1 4 38 2 73501 C 2430.0 -42 -21 6 3 39 2 73501 D 2440.0 -7 -13 1 5 33 2 73501 E 2446.0 -6 -12 1 14 35 2 73501 F 2525.0 -4 -3 2 30 48 2 73501 G 2532.0 -16 -10 3 17 36 2 73501 H 2537,0 -38 -12 21 4 41 2 73501 K 2573.0 -1 -6 1 35 2 73501 M 2595.0 -2 -7 1 8 37 2 73501 N 2607.0 -11 -10 2 11 41 2 73501 P 2653,0 -1 -12 1 27 2 73501 R 2698.0 -1 -18 1 31 2 73501 S 2724.0 -1 -17 1 28 2 73501 T 2740.0 -1 -20 1 28 2 73501 W 2762.0 -1 -19 1 28 2 73501 X 2780.0 -1 -24 1 27 2 73501 Y 2838.0 -1 -15 1 31 2

PAGE 10

LAC MESTON #1


QUAD. (PPM)

CONDUCTOR ELEVATION MAGNETOMETER MHOS DEPTH (METER) FIUUCIAL GAMMAS

CHANNEL

73602 A 2974.0 -1 -27 1 23 2 73602 B 2981.0 -1 -23 1 25 2 73602 C 3003.0 --1 -20 1 25 2 73602 D 3013.0 -1 -22 1 24 2 73602 E 3025.0 --1 -18 1 25 2 73602 F 3033.0 -3 -18 1 24 2 73602 G 3049.0 -1 -12 1 25 2 73602 H 3061.0 --1 -9 1 28 2 73602 K 3086,0 -•1 -5 1 36 2 73602 M 3105,0 -1 -7 1 39 2 73602 N 3128.0 -1 -5 1 29 2 73602 P 3160.0 -15 -15 2 11 37 2 73602 R 3240.0 -15 -7 5 7 51 2 73602 S 3319.0 -1 -7 1 34 2 73602 T 3333.0 --3 -7 1 16 36 2 73602 W 3340.0 -12 -23 1 5 33 2 73602 X 3348.0 -48 -23 9 2 38 2 73602 Y 3362.0 -17 -21 1 5 37 2 73602 Z 3402.0 -1 -21 1 27 2 73602 Al 3409.0 -1 -18 1 28 2

73701 A 3432.0 -1 -19 1 31 2 73701 B 3441.0 --1 -27 1 23 2 73701 C 3453.0 -1 -19 1 23 2 73701 D 3481.0 -24 -28 1 38 2 73701 E 3493.0 -41 -19 6 7 35 2 73701 F 3503.0 --7 -16 1 40 2 73701 6 3524.0 -2 -7 1 2 43 2 73701 H 3588.0 -10 -11 2 16 36 2 73701 K 3595.0 -22 -16 3 47 2 73701 M 3664.0 -37 -27 3 1 34 2 73701 N 3716.0 -1 -14 1 36 2 73701 P 3767.0 -1 -12 1 40 2 73701 R 3787,0 --1 -22 1 31 2 73701 S 3802.0 -1 -25 1 28 2 73701 T 3819.0 -1 -22 1 29 2 73701 W 3833.0 --1 -24 1 31 2

73802 A 3908.0 -1 -13 1 32 2 73802 B 3945.0 --2 -15 1 33 2 73802 C 3981.0 -1 -16 1 31 2 73802 D 4014.0 -1 -6 1 39 2 73802 E 4029.0 -1 -10 1 34 2 73802 F 4051.0 -1 -8 1 34 2 73802 G 4065.0 -1 -5 1 33 2 73802 H 4084.0 -1 -3 1 29 34 2 73802 K 4113.0 -22 -16 3 9 36 2 73802 M 4154.0 -1 -7 1 27 2 73802 N 4186.0 -7 -7 1 21 38 2 73802 P 4193.0 -11 -12 2 13 39 2 73802 R 4260.0 -11 -15 1 42 2

PAGE 11

LAC MESTON 444


QUAD. (PPM)


73802 S 4277.0 •-1 -11 1 36 73802 T 4287.0 -28 -29 3 35 73802 W 4298.0 -3 -11 1 6 36 73802 X 4318.0 -1 -19 1 25 73802 Y 4331.0 •-1 -30 1 24

73901 A 4511.0 -32 -22 3 8 34 73901 B 4524.0 -5 -11 1 11 34 73901 C 4540.0 -20 -16 3 46 73901 0 4610.0 --8 -9 1 12 40 73901 E 4648.0 -1 -7 1 29 73901 F 4678.0 -11 -9 2 19 37 73901 G 4758.0 •-1 -13 1 30 73901 H 4813.0 -1 -19 1 31 73901 K 4838.0 -1 -26 1 26 73901 M 4857.0 -•1 -26 1 27

74002 A 4917,0 --1 -13 1 35 74002 B 4927.0 -1 -14 1 33 74002 C 4946.0 -1 -15 1 31 74002 D 4977.0 -i -10 1 41 74002 E 5000.0 -1 -16 1 33 74002 F 5126.0 -8 -12 1 24 25 74002 G 5198.0 -75 -38 6 3 30 74002 H 5207.0 -5 -13 1 35 74002 K 5225.0 -1 -10 1 30 74002 M 5273.0 -23 -14 3 2 43 74002 N 5287.0 -1 -14 1 35 74002 P 5305.0 -27 -26 3 8 27

74101 A 5417.0 -1 -12 1 29 74101 B 5425.0 -19 -12 5 22 30 74101 C 5441.0 -5 -13 1 35 74101 D 5455.0 -9 -7 2 14 47 74101 E 5519.0 -4 -16 1 26 74101 F 5527.0 -72 -38 6 3 30 74101 G 5541.0 -1 -3 1 36 27 74101 H 5582.0 -1 -3 1 28 35 74101 K 5662.0 -1 -9 1 27 74101 M 5688.0 -1 -9 1 28 74101 N 5708,4 -1 -19 1 30 74101 P 5735.0 -1 -11 1 33 74101 R 5758.0 -1 -19 1 24 74101 S 5789.0 -1 -17 1 29

74202 A 5883.0 -1 -13 1 30 74202 B 5912.0 -1 -17 1 26 74202 C 5937 .0 -1 -12 1 30 74202 D 5968.0 -1 -16 1 33

CHANNEL

N.) ra ra rJ rJ

2 2 2 2 2 2

2 2 2 2

2 2 2 2 2 2 2 2 2 2 2 2

2 2 2 2 2 2 2 2 2 2 2 2 2 2

2 2 2 2

PAGE 12

ttt LAC MESTON ttt


QUAD. (PPM)


CHANNEL

74202 E 5992.0 -1 -7 1 32 2 74202 F 6014.0 -1 -8 1 32 2 74202 G 6142.0 -1 -6 1 33 2 74202 H 6156.0 -99 -59 7 32 2 74202 K 6165.0 -3 -15 1 34 2 74202 M 6187.0 -1 -8 1 36 2 74202 N 6231.0 -5 -10 1 6 39 2 74202 P 6244.0 -11 -16 1 11 31 2 74202 R 6249.0 --5 -13 1 5 30 2 74202 S 6260.0 -B -16 1 5 33 2 74202 T 6269.0 -1 -15 1 29 2

74301 A 6317.0 -1 -12 1 33 2 74301 B 6325.0 -2 -13 1 32 2 74301 C 6344.0 -11 -14 1 3 39 2 74301 D 6352.0 -8 -10 1 15 34 2 74301 E 6361.0 -11 -12 2 21 31 2 74301 F 6368.0 -9 -11 1 19 33 2 74301 G 6377.0 •-5 -13 1 35 2 74301 H 6420.0 -1 -8 1 32 2 74301 K 6438.0 -30 -37 2 6 25 2 74301 M 6443.0 -91 -45 12 8 25 2 74301 N 6453.0 -2 -8 1 16 26 2 74301 P 6474.0 -1 -7 1 27 2 74301 R 6506.0 -17 -11 3 17 36 2 74301 S 6570.0 -1 -8 1 32 2 74301 T 6574.0 -1 -9 1 31 2 74301 W 6627.0 -1 -19 1 30 2 74301 X 6652.0 --1 -14 1 30 2 74301 Y 6678.0 -1 -19 1 25 2 74301 Z 6714.0 --1 -18 1 26 2

74402 A 6816.0 -1 -9 1 30 2 74402 B 6846.0 -1 -10 1 33 2 74402 C 6861.0 -1 -9 1 39 2 74402 D 6894.0 -1 -7 1 29 2 74402 E 6933.0 -1 -7 1 29 2 74402 F 7009.0 -35 -15 4 9 34 2 74402 G 7043.0 -1 -7 1 27 2 74402 H 7051.0 -1 -8 1 24 2 74402 K 7071.0 -73 -30 9 5 30 2 74402 M 7078.0 -13 -20 1 11 31 2 74402 N 7097.0 -1 -9 1 32 2 74402 P 7142.0 -3 -11 1 2 40 2 74402 R 7151,0 -7 -12 1 13 36 2 74402 S 7159.0 -5 -10 1 11 34 2 74402 T 7169.0 -7 -11 1 10 39 2 74402 W 7177.0 -2 -12 1 35 2 74402 X 7195.0 -1 -21 1 23 2 74402 Y 7206,0 -1 -22 1 23 2

PAGE 13

*## LAC MESTON nit


QUAD. (PPM)


CHANNEL

74501 A 7285.0 -1 -11 1 30 2 74501 B 7299.0 -1 -10 1 30 2 74501 C 7306.0 -6 -11 1 16 33 2 74501 D 7322.0 -7 -6 2 22 41 2 74501 E 7332.0 -3 -10 1 3 39 2 74501 F 7374.0 -1 -7 1 33 2 74501 G 7380.0 -1 -11 1 30 2 74501 H 7396.0 -24 -16 3 16 29 2 74501 K 7399.0 -28 -20 3 9 33 2 74501 M 7420.0 --1 -7 1 29 2 74501 N 7456.0 -36 -19 6 10 32 2 74501 P 7532.0 -1 -8 1 31 2 74501 R 7610.0 -•1 -21 1 30 2 74501 S 7661.0 •-1 -17 1 23 2

74602 A 7805.0 -1 -16 1 31 2 74602 B 7882.0 -1 -2 1 43 35 2 74602 C 7914.0 -4 -1 9 66 30 2 74602 D 7944,0 -1 -8 1 31 2 74602 E 7960.0 -32 -29 3 6 29 2 74602 F 7994.0 -1 -7 1 23 2 74602 G 8012.0 -50 -38 4 7 28 2 74602 H 8033.0 -1 -12 1 30 2 74602 K 8047.0 -4 -11 1 14 31 2 74602 M 8076.0 --1 -6 1 35 2 74602 N 8090.0 -2 -11 1 35 2 74602 P 8102.0 --3 -18 1 26 2 74602 R 8113.0 -1 -17 1 24 2

74701 A 8219.0 -1 -11 1 31 2 74701 B 8224.0 -5 -19 1 2 29 2 74701 C 8236.0 -5 -14 1 2 33 2 74701 D 8275.0 -1 -3 1 30 33 2 74701 E 8281.0 -5 -8 1 15 37 2 74701 F 8294.0 -4 -12 1 10 35 2 74701 6 8301.0 -1 -10 1 27 2 74701 H 8309.0 -5 -13 1 8 27 2 74701 K 8315.0 -26 -23 3 13 29 2 74701 M 8336.0 -1 -5 1 31 2 74701 N 8367.0 -17 -18 1 11 31 2 74701 F' 8382.0 -1 -8 1 31 2 74701 R 8487.0 -1 -8 1 31 2

74701 S 8522.0 -1 -17 1 29 2

74701 T 8535,0 -1 -14 1 31 2 74701 W 8569.0 -1 -11 1 30 2

74802 A 8661.0 -1 -19 I 29 2 74802 B 8707.0 -1 -8 1 28 2 74802 C 8743.0 -1 -8 1 25 2 74802 D 8823.0 -1 -13 1 30 2

PAGE 14

*0 LAC MESTON Ut


QUAD. (PPH)


CHANNEL

74802 E 8838.0 -19 -25 2 16 26 2 74802 F 8838.0 •-1 -4 1 21 31 2 74802 G 8891.0 -22 -23 2 11 31 2 74802 H 8896.0 -5 -15 1 8 27 2 74802 K 8912.0 -3 -11 1 8 34 2 74802 M 8924.0 --3 -11 1 5 37 2 74802 N 8958,0 -•1 -9 1 46 2

74901 A 9070.0 -3 -14 1 26 2 74901 B 9082.0 -9 -17 1 5 33 2 74901 C 9125.0 -4 -7 1 20 36 2 74901 D 9136.0 -5 -12 1 13 32 2 74901 E 9140.0 --3 -8 1 18 31 2 74901 F 9151.0 -7 -10 1 18 31 2 74901 6 9157.0 -42 -21 6 10 32 2 74901 H 9203.0 -10 -17 1 11 31 2 74901 K 9217.0 -2 -14 1 33 2 74901 M 9367.0 -1 -23 1 28 2

75002 A 9480.0 -1 -25 1 30 2 75002 B 9496.0 -1 -20 1 24 2 75002 C 9549.0 -1 -4 1 13 39 2 75002 D 9662.0 -2 -15 1 31 2 75002 E 9677.0 -13 -17 2 11 37 2 75002 F 9701.0 -1 -7 1 29 2 75002 G 9729.0 -59 -21 10 6 32 2 75002 H 9737.0 -5 -14 1 7 28 2 75002 K 9753.0 -20 -17 3 16 29 2 75002 M 9759.0 -5 -12 1 16 29 2 75002 N 9764.0 -8 -18 1 3 32 2 75002 P 9807.0 -4 -12 1 6 39 2

75101 A 9866.0 -4 -5 1 14 52 2 75101 B 9908.0 -15 -17 2 11 37 2 75101 C 9913.0 -12 -16 1 8 34 2 75101 D 9920.0 -31 -22 3 12 30 2 75101 E 9936.0 -12 -17 1 10 32 2 75101 F 9944.0 -36 -16 7 10 33 2 75101 G 9993.0 -14 -18 1 9 33 2 75101 H 10006.0 -1 -23 1 24 2 75101 K 10027.0 -1 -6 1 31 2 75101 M 10111.0 -1 -7 1 34 2 75101 N 10126.0 -1 -9 1 33 2 75101 P 10186.0 -1 -36 1 22 2

75202 A 10293.0 -1 -7 1 28 2 75202 B 10335.0 -1 -8 1 31 2 75202 C 10356.0 -1 -6 1 39 2 75202 D 10439.0 -1 -4 1 19 33 2

PAGE 15

*** LAC MESTON #1<*


QUAD. (PPM)


75202 E 10464.0 •-2 -13 1 31 75202 F 10471.0 -3 -9 1 12 33 75202 G 10478.0 -14 -19 1 9 33 75202 H 10530.0 -60 -30 9 3 32 75202 K 10537.0 -16 -23 1 13 29 75202 M 10554.0 -46 -27 6 6 30 75202 N 10565.0 --5 -10 1 15 30 75202 P 10608.0 -1 -11 1 35

75301 A 10692.0 -3 -8 1 3 46 75301 8 10736.0 -6 -10 1 9 40 75301 C 10740.0 -11 -16 1 6 36 75301 D 10743.0 -19 -16 3 11 34 75301 E 10759.0 -15 -17 2 15 33 75301 F 10768.0 -58 -30 9 3 32 75301 G 10815.0 -8 -22 1 9 26 75301 H 10927.0 -1 -14 1 31 75301 K 10962.0 -1 -12 1 35

75402 A 11099.0 --1 -4 1 15 37 75402 B 11149.0 -1 -7 1 29 75402 C 11262.0 -1 -6 1 34 75402 D 11269.0 -7 -11 1 16 33 75402 E 11318.0 -130 -49 11 6 25 75402 F 11325.0 -30 -22 3 11 31 75402 G 11339,0 -21 -13 3 12 33 75402 H 11350.0 -2 -7 1 6 39 75402 K 11392.0 --3 -12 1 6 36

75501 A 11471.0 -•9 -8 2 5 52 75501 B 11515.0 -3 -6 1 15 41 75501 C 11525.0 -15 -10 3 19 34 75501 D 11540.0 -39 -26 3 3 32 75501 E 11546.0 -69 -28 9 4 31 75501 F 11559.0 -1 -6 1 29 75501 G 11596.0 -17 -20 1 9 33 75501 H 11714.0 -1 -9 1 33 75501 K 11753.0 -1 -7 1 32 75501 M 11776.0 -1 -9 1 30

75602 A 149.0 -1 -7 1 31 75602 B 168.0 -1 -5 1 35 75602 C 298.0 -19 -19 2 9 33 75602 D 336.0 -1 -5 1 31 75602 E 350.0 -77 -26 12 5 30 75602 F 355.0 -28 -14 4 12 31 75602 G 372.0 -12 -9 2 20 36 75602 H 423.0 -24 -20 2 4 38

CHANNEL

2 2 2 2 2 2 2 2

f rs rs rJ rs rJ rs rJ rs

2 2 2 2 2 2 2 2 2

2 2 2 2 2 2 2 2 2 2

2 2 2 2 2 2 2 2

PAGE 16

#1C# LAC MESTON #**


QUAD. (PP4)


CHANNEL

75701 A 494.0 -9 -13 1 5 33 2 75701 B 501.0 --1 -6 1 34 2 75701 C 541.0 -4 -7 1 18 38 2 75701 D 546.0 -33 -16 4 10 33 2 75701 E 568.0 -79 -33 12 3 32 2 75701 F 584.0 -1 -5 1 31 2 75701 G 621.0 -30 -21 3 9 33 2 75701 H 739.0 -1 -9 1 38 2 75701 K 758.0 --1 -7 1 36 2 75701 M 784.0 -1 -8 1 33 2 75701 N 811.0 --1 -8 1 36 2

75802 A 907.0 -1 -6 1 27 2 75802 D 913.0 -2 -7 1 16 29 2 75802 C 925.0 -1 -6 1 35 2 75802 D 946.0 -1 -9 1 34 2 75802 E 1071.0 -20 -16 3 9 36 2 75802 F 1117.0 -69 -17 21 2 36 2

75851 A 7941.0 -1 -7 1 34 2 75851 B 7969.0 -2 -7 1 14 31 2 75851 C 7974.0 -3 -11 1 7 35 2 75851 D 7979.0 -1 -10 1 35 2 75851 E 7986.0 -22 -21 2 13 29 2 75851 F 7993.0 -1 -5 1 27 2 75851 G 8007.0 170 -82 8 26 2

75901 A 1281.0 -7 -10 1 11 38 2 75901 B 1288,0 -19 -13 3 14 31 2 75901 C 1310.0 -71 -19 12 6 32 2 75901 D 1318.0 -2 -4 1 35 28 2 75901 E 1354.0 -36 -21 6 12 30 2 75901 F 1366.0 -1 -5 1 28 2 75901 G 1467.0 -1 -10 1 30 2 75901 H 1501.0 --1 -5 1 33 2 75901 K 1520.0 -1 -8 1 36 2

76002 A 1609.0 -1 -5 1 31 2 76002 B 1617.0 -1 -7 1 33 2 76002 C 1687.0 -1 -6 1 30 2 76002 D 1785.0 -1 -3 1 31 32 2 76002 E 1803.0 -41 -25 6 11 31 2 76002 F 1850.0 -71 -19 12 5 33 2 76002 G 1854.0 -26 -15 4 9 34 2 76002 H 1872.0 -17 -13 2 11 37 2 76002 K 1885.0 -4 -4 1 29 41 2

76101 A 2019.0 -9 -10 1 14 38 2

PAGE 17

### LAC VESTON ###


QUAD. (PPM)


CHANNEL

76101 B 2027.0 -11 -13 1 14 28 2 76101 C 2031.0 -29 -16 4 9 34 2 76101 D 2050.0 -121 -45 18 3 30 2 76101 E 2097.0 -23 -17 3 12 33 2 76101 F 2231.0 -1 -8 1 32 2 76101 G 2244.0 -1 -8 1 30 2 76101 H 2276.0 -1 -7 1 26 2 76101 K 2289.0 -1 -9 1 31 2

76202 A 2385.0 -1 -9 1 30 2 76202 8 2402.0 -1 -6 1 34 2 76202 C 2429.0 --1 -9 1 28 2 76202 D 2441.0 -1 -7 1 31 2 76202 E 2558.0 -1 -4 1 23 29 2 76202 F 2580.0 -4 -12 1 14 31 2 76202 G 2587.0 -32 -30 3 3 32 2 76202 H 2635.0 -110 -30 20 4 31 2 76202 K 2639.0 -46 -16 10 8 34 2 76202 M 2652.0 -16 -11 3 14 39 2 76202 N 2663.0 -6 -13 1 2 36 2 76202 P 2671.0 -3 -5 1 29 37 2

76301 A 2755.0 -3 -25 1 28 2 76301 B 2760.0 -5 -19 1 33 2 76301 C 2793.0 -9 -12 1 11 41 2 76301 D 2798.0 -3 -5 1 31 35 2 76301 E 2806.0 -33 -23 3 10 32 2 76301 F 2821.0 -125 -46 11 6 25 2 76301 G 2869.0 -43 -28 3 7 28 2 76301 H 2876.0 -20 -34 1 10 25 2 76301 K 2898.0 -1 -7 1 29 2 76301 M 3010.0 -1 -8 1 35 2 76301 N 3033.0 -1 -12 1 27 2 76301 P 3047.0 -1 -13 1 25 2 76301 R 3058.0 -1 -11 1 31 2 76301 S 3070.0 -1 -10 1 26 2 76301 T 3075,0 -1 -11 1 28 2

76402 A 3191.0 -1 -11 1 25 2 76402 B 3202.0 -1 -15 1 22 2 76402 C 3207.0 -1 -17 1 20 2 76402 D 3226.0 -1 -7 1 28 2 76402 E 3240.0 -1 -8 1 29 2 76402 F 3294.0 -1 -4 1 27 25 2 76402 G 3352.0 -1 -8 1 30 2 76402 H 3380.0 -7 -10 1 14 35 2 76402 K 3385.0 -46 -23 9 7 33 2 76402 M 3430.0 -84 -22 25 6 32 2 76402 N 3446.0 -17 -18 1 14 28 2 76402 P 3459.0 -14 -17 2 20 28 2

PAGE 18

### LAC MESTON


QUAD. (PPM)


CHANNEL

76402 R 3489.0 --2 -19 1 31 2

76501 A 3499.0 -1 -14 1 28 2 76501 B 3536.0 -26 -17 4 12 31 2 76501 C 3543.0 -15 -17 2 18 30 2 76501 D 3546.0 -21 -20 2 14 28 2 76501 E 3549.0 -57 -31 9 6 29 2 76501 F 3555.0 -6 -7 1 27 32 2 76501 G 3564.0 -37 -22 6 8 34 2 76501 H 3608.0 -55 -27 6 8 28 2 76501 K 3613.0 -5 -9 1 21 28 2 76501 M 3644.0 -•1 -16 1 21 2 76501 N 3661.0 •-1 -6 1 27 2 76501 P 3695.0 -1 -7 1 33 2 76501 R 3751.0 -1 -7 1 32 2 76501 S 3771.0 -1 -6 1 33 2

76602 A 3981.0 -1 -6 1 29 2 76602 B 4003.0 -1 -7 1 27 2 76602 C 4079.0 -1 -4 1 16 36 2 76602 D 4108.0 -1 -5 1 28 2 76602 E 4130.0 -1 -9 1 28 2 76602 F 4167.0 -49 -20 9 9 31 2 76602 G 4210.0 -52 -19 9 8 32 2 76602 H 4218.0 -19 -18 2 12 30 2 76602 K 4224.0 -31 -15 4 12 31 2 76602 M 4230.0 -5 -8 1 16 36 2 76602 N 4236.0 -3 -6 1 21 35 2

76701 A 4336.0 -1 -8 1 38 2 76701 B 4372.0 -9 -9 1 20 36 2 76701 C 4377.0 -22 -15 3 7 38 2 76701 D 4382.0 -12 -9 2 16 40 2 76701 E 4390.0 -43 -21 6 10 32 2 76701 F 4434.0 -37 -18 6 9 33 2 76701 G 4438.0 -6 -18 1 9 26 2 76701 H 4468.0 -1 -9 1 26 2 76701 K 4495.0 -1 -6 1 33 2 76701 M 4520.0 -1 -9 1 31 2 76701 N 4594.0 -1 -8 1 35 2

76802 A 4796.0 -1 -5 1 30 2 76802 B 4823.0 -1 -6 1 34 2 76802 C 4868.0 -4 -5 1 29 2 76802 D 4925.0 -1 -4 1 17 35 2 76802 E 4950.0 -13 -16 2 19 29 2 76802 F 4955.0 -77 -28 12 3 32 2 76802 G 5004.0 -42 -19 6 6 36 2 76802 H 5014.0 -22 -25 2 12 30 2

PAGE 19

### LAC MESTON ###


QUAD. (PPM)


CHANNEL

76802 K 5018,0 -41 -32 3 4 31 2 76802 M 5024.0 -9 -12 1 19 33 2 76802 N 5064.0 -1 -9 1 33 2

76901 A 5173.0 -4 -3 2 41 37 2 76901 B 5181.0 -4 -5 1 32 34 2

76901 C 5187.0 -8 -8 1 22 34 2 76901 D 5192.0 -8 -9 1 18 34 2

76901 E 5199.0 -27 -21 3 12 30 2

76901 F 5202.0 -42 -28 3 3 32 2 76901 G 5252.0 -84 -43 9 5 28 2

76901 H 5256.0 -13 -18 1 12 30 2 76901 K 5283.0 -1 -6 1 36 2 76901 M 5303.0 -1 -5 1 30 2 76901 N 5315.0 -2 -6 1 21 31 2 76901 P 5367.0 -1 -6 1 31 2 76901 R 5413.0 -1 -10 1 24 2 76901 S 5446.0 -1 -11 1 26 2

77002 A 5603.0 -1 -11 1 23 2

77002 B 5628.0 -1 -5 1 28 2

77002 C 5728.0 -1 -6 1 31 2 77002 D 5793.0 -21 -29 1 6 29 2

77002 E 5796.0 -64 -36 6 4 29 2 77002 F 5844.0 -38 -24 6 7 35 2 77002 G 5848,0 -26 -16 4 7 36 2 77002 H 5854.0 -14 -16 2 16 32 2 77002 K 5859.0 -10 -9 2 24 32 2 77002 M 5901.0 -1 -7 1 40 2

77101 A 5992.0 -1 -7 1 30 2 77101 B 6002.0 -1 -8 1 28 2 77101 C 6057.0 -16 -12 3 18 35 2 77101 D 6063.0 -47 -25 9 10 30 2 77101 E 6065.0 -46 -27 6 5 31 2 77101 F 6117.0 -55 -30 6 7 29 2 77101 G 6121.0 -46 -29 6 8 28 2 77101 H 6149.0 -1 -8 1 29 2 77101 K 6192.0 -1 -10 1 25 2 77101 M 6243.0 -1 -4 1 17 35 2 77101 N 6287.0 -1 -6 1 30 2

77202 A 6449.0 -1 -4 1 22 30 2 77202 B 6463.0 -1 -5 1 28 2 77202 C 6487.0 -1 -4 1 17 35 2 77202 D 6504.0 -1 -4 1 23 29 2 77202 E 6567.0 -1 -6 1 34 2 77202 F 6618.0 -34 -18 3 4 38 2 77202 G 6622.0 -30 -13 4 43 2

PAGE 20

Ut LAC MESTON UUt


QUAD. (PPM)


CHANNEL

77202 H 6672.0 -41 -17 7 4 39 2 77202 K 6675.0 -31 -18 3 4 38 2 77202 M 6680.0 -14 -11 3 15 38 2 77202 N 6724.0 -1 -6 1 41 2

77301 A 6799.0 --3 -2 2 55 36 2 77301 B 6812.0 -8 -9 1 18 34 2 77301 C 6817.0 -11 -9 2 26 30 2 77301 D 6822.0 -34 -27 3 2 33 2 77301 E 6824.0 -26 -17 4 8 35 2 77301 F 6866.0 -39 -20 6 9 33 2 77301 G 6869.0 -33 -17 4 9 34 2 77301 H 6928.0 -1 -9 1 33 2 77301 K 6954.0 -1 -7 1 32 2 77301 M 6979.0 -1 -6 1 30 2 77301 N 7016,0 --1 -8 1 31 2

77402 A 7169.0 •-1 -7 1 30 2 77402 B 7198.0 -1 -4 1 22 30 2 77402 C 7220.0 -1 -6 1 28 2 77402 D 7256.0 -1 -7 1 35 2 77402 E 7325.0 -48 -24 9 7 33 2 77402 F 7328.0 -64 -31 9 3 32 2 77402 G 7378.0 -50 -34 6 5 31 2 77402 H 7381.0 -46 -34 6 5 31 2 77402 K 7387.0 -25 -14 3 10 35 2 77402 M 7392.0 -19 -18 2 8 34 2 77402 N 7406.0 -14 -11 3 23 30 2

77501 A 7563.0 -4 -6 1 29 30 2 77501 B 7573.0 -15 -13 2 17 31 2 77501 C 7577.0 -25 -16 3 13 32 2 77501 D 7583.0 -21 -14 3 10 35 2 77501 E 7587.0 -27 -14 4 6 37 2 77501 F 7626.0 -47 -26 6 5 31 2 77501 G 7629.0 -45 -22 6 13 29 2 77501 H 7725.0 -1 -8 1 29 2 77501 K 7739.0 -1 -6 1 33 2 77501 H 7776.0 -1 -8 1 34 2

77602 A 7952.0 -1 -4 1 15 37 2 77602 B 7976.0 -1 -9 1 30 2 77602 C 7988,0 -3 -14 1 31 2 77602 D 8086.0 -75 -47 4 5 26 2 77602 E 8089.0 -92 -51 9 4 27 2 77602 F 8132.0 -26 -18 3 6 36 2 77602 G 8137.0 -12 -19 1 1 37 2 77602 H 8142.0 -31 -24 3 42 2 77602 K 8182.0 -1 -17 1 30 2

PAGE 21

*## LAC HESTON ## #


QUAD. (PPM)


CHANNEL

77602 M 8191.0 -2 -16 1 25 2

77701 A 8308.0 -1 -16 1 25 2 77701 B 8348.0 -17 -17 2 12 36 2 77701 C 8351.0 -25 -17 3 6 39 2 77701 D 8359.0 -22 -16 3 9 36 2 77701 E 8364.0 -12 -9 2 21 35 2 77701 F 8406.0 -41 -23 6 8 34 2

77701 G 8410.0 -46 -22 9 7 33 2

77701 H 8504.0 -1 -11 1 25 2

77701 K 8546.0 -3 -20 1 33 2

77701 M 8567.0 -1 -11 1 34 2

77802 A 8696.0 •-2 -2 1 64 25 2 77802 B 8719.0 -1 -2 1 47 31 2 77802 C 8752.0 ••2 -8 1 8 34 2 77802 D 8863.0 -1 -11 1 30 2 77802 E 8889.0 -85 -36 9 3 30 2 77802 F 8895.0 -35 -25 3 9 33 2 77802 G 8935.0 -20 -20 2 13 29 2 77802 H 8941.0 -29 -22 3 9 33 2 77802 K 8946.0 -35 -21 3 6 36 2 77802 M 8950.0 -39 -25 6 5 37 2

77802 N 8954.0 -25 -23 2 5 37 2

77802 P 8998.0 -•1 -28 1 24 2

77901 A 9048.0 -1 -13 1 25 2

77901 B 9087.0 -35 -25 3 12 30 2 77901 C 9091.0 -61 -24 10 8 30 2 77901 D 9101.0 -35 -19 3 11 31 2 77901 E 9149.0 -33 -20 3 9 33 2 77901 F 9153.0 -41 -17 7 13 30 2 77901 G 9180.0 -1 -5 1 34 2 77901 H 9285.0 -1 -19 1 24 2 77901 K 9313.0 -1 -10 1 31 2 77901 M 9331,0 -1 -11 1 29 2

78002 A 9473.0 -1 -9 1 29 2 78002 B 9488.0 -2 -26 1 25 2 78002 C 9512.0 -43 -115 1 1 20 2 78002 D 9536.0 -3 -24 1 25 2 78002 E 9558.0 -4 -21 1 35 2 78002 F 9619.0 -34 -20 3 9 33 2 78002 G 9624.0 -52 -25 9 7 33 2 78002 H 9667,0 -47 -25 9 7 33 2 78002 K 9675.0 -61 -27 9 4 31 2 78002 M 9680.0 -13 -17 2 11 37 2

PAGE 22

44# LAC MESTON


QUAD, (PPM)


78101 A 9770.0 -14 -10 3 12 41 78101 B 9774.0 -33 -13 4 4 39 78101 C 9786.0 -52 -21 9 8 32 78101 D 9829.0 -31 -19 9 6 34 78101 E 9833.0 -43 -18 6 8 34 78101 F 9903.0 -1 -9 1 28 78101 6 9939.0 -1 -5 1 38 78101 H 9951.0 -1 -14 1 23 78101 K 9975.0 -1 -26 1 20 78101 H 9996.0 -1 -18 1 25

78202 A 10166.0 -6 -30 1 5 23 78202 B 10202.0 -1 -13 1 24 78202 C 10238.0 --1 -10 1 32 78202 D 10248.0 -1 -6 1 39 78202 E 10308.0 -33 -18 3 3 39 78202 F 10313.0 -47 -20 9 4 36 78202 6 10352.0 -41 -18 6 5 37 78202 H 10355.0 -23 -19 2 42 78202 K 10365,0 -35 -15 4 3 40

78301 A 10460.0 -17 -17 2 10 38 78301 B 10470.0 -22 -22 2 5 37 78301 C 10473.0 -29 -19 3 6 36 78301 D 10515.0 -21 -13 3 2 43 78301 E 10523.0 -15 -9 4 12 44 78301 F 10602.0 -1 -7 1 25 78301 G 10623.0 -1 -12 1 22 78301 H 10633.0 -1 -12 1 28 78301 K 10686.0 2 -21 0 22 78301 M 10696.0 -6 -24 1 38 78301 N 10707.0 -1 -9 1 37

78402 A 117.0 -1 -10 1 36 78402 B 146.0 -1 -14 1 37 78402 C 220.0 -1 -7 1 36 78402 D 315.0 -17 -17 2 11 37 78402 E 362.0 -25 -14 3 10 35 78402 F 366.0 -20 -12 5 8 44 78402 6 392,0 -1 -9 1 38

78501 A 485,0 -1 -4 1 10 42 78501 B 509,0 -19 -9 6 8 44 78501 C 533.0 -1 -2 1 43 35 78501 D 558.0 -11 -10 2 15 37 78501 E 562.0 -7 -9 1 12 40 78501 F 670.0 -1 -11 1 26 78501 6 681.0 -1 -11 1 26 78501 H 754.0 -1 -24 1 26

CHANNEL

2 2 2 2 2 2 2 ~ ~ 2

2 2 2 2 2 2 2 2 2 2 2

2 2 2 2 2 2 2

2 2 2 2 2 2 2 2

2 2 2

IN..) r.

7 r.) rJ

rJ rJ

rJ

PAGE 23

144 LAC HESTON VI*


QUAD. (PPM)


CHANNEL

78501 K 762,0 -1 -17 1 26 2

78602 A 859.0 -1 -25 1 22 2 78602 B 933.0 -1 -13 1 25 2 78602 C 956.0 -1 -7 1 35 2

78701 A 1161.0 --1 -12 1 27 2 78701 B 1202.0 -1 -23 1 19 2 78701 C 1234.0 --1 -29 1 21 2 78701 D 1254.0 -1 -20 1 26 2 78701 E 1290.0 -1 -14 1 30 2

78802 A 1351.0 -1 -8 1 31 2 78802 B 1368.0 --1 -16 1 24 2 78802 C 1402.0 -1 -27 1 22 2 78802 D 1410.0 -1 -30 1 23 2 78802 E 1432.0 -1 -16 1 26 2 78802 F 1447.0 -1 -8 1 30 2 78802 G 1470.0 -1 -10 1 31 2

78901 A 1696.0 -1 -21 1 21 2 78901 B 1736.0 -1 -24 1 25 2 78901 C 1746.0 -1 -31 1 24 2 78901 D 1757.0 -1 -30 1 22 2 78901 E 1768.0 --1 -28 1 24 2 78901 F 1781.0 -1 -25 1 23 2 78901 6 1803.0 -1 -12 1 29 2

79002 A 1893.0 -1 -12 1 24 2 79002 B 1907.0 -1 -9 1 29 2 79002 C 1939.0 -1 -23 1 23 2 79002 D 1945.0 -1 -26 1 23 2 79002 E 1954.0 -1 -21 1 26 2 79002 F 1977.0 -1 -15 1 31 2 79002 G 1997.0 -1 -8 1 29 2 79002 H 2020.0 -1 -8 1 30 2

79101 A 2232.0 --1 -5 1 33 2 79101 B 2249.0 -1 -8 1 29 2 79101 C 2273.0 -1 -25 1 24 2 79101 D 2295.0 -1 -21 1 27 2 79101 E 2317.0 -1 -16 1 31 2 79101 F 2355.0 -1 -14 1 29 2

79202 A 2383.0 6 -6 0 37 2 79202 B 2395.0 -1 -14 1 32 2

PAGE 24

### LAC MESTON ###


QUAD.

(PPM)



CHANNEL

79202 C 2409,0 -1 -9 1 29 2 79202 D 2458.0 -1 -17 1 28 2 79202 E 2480.0 -1 -21 1 31 2 79202 F 2490.0 -1 -19 1 29 2 79202 G 2529.0 -1 -9 1 35 2

79301 A 2730.0 -1 -6 1 34 2

79301 B 2756.0 -1 -16 1 32 2

79301 C 2773.0 -1 -24 1 27 2

79301 D 2809.0 -1 -23 1 22 2

79301 E 2827.0 -1 -21 1 21 2

79301 F 2857.0 -1 -17 1 35 2 79301 G 2866.0 16 -12 0 33 2

79402 A 2925.0 29 -25 0 18 2 79402 8 2964.0 -1 -13 1 24 2 79402 C 2982.0 -1 -10 1 32 2 79402 D 3014.0 -1 -16 1 31 2

79501 A 3234.0 -•1 -9 1 29 2 79501 B 3253.0 -1 -23 1 28 2

79501 C 3268.0 -2 -14 1 34 2

79501 D 3288.0 -1 -16 1 29 2 79501 E 3303.0 -1 -18 1 23 2

79501 F 3322.0 -1 -17 1 26 2 79501 G 3346.0 5 -10 0 35 2

79602 A 3406.0 8 -7 0 33 2 79602 B 3418.0 -1 -11 1 27 2 79602 C 3483.0 -1 -15 1 30 2 79602 D 3498.0 -1 -12 1 33 2

tU ANOMALIES INDICATED BY THIS SIGN HAVE NOT BEEN PLOTTED DUE TO SUPERPOSITION WITH THE ADJACENT ANOMALY

PAGE 1

### LA GAUCHET1ERE ###


QUAD. (PPM)


CHANNEL

4102 A 98.0 --1 -11 1 28 1 4102 B 124.0 -1 -7 1 32 1 4102 C 147.0 -1 -8 1 33 1 4102 D 196.0 -2 -1 2 SO 32 193.0 779 2 4102 E 243.0 -1 -6 1 28 1 4102 F 314.0 --4 -12 2 14 31 1 4102 G 351.0 -5 -7 4 29 30 1 4102 H 391.0 -4 -15 1 29 1

4201 A 465.0 --2 -14 1 34 1

4201 B 501.0 -5 -10 2 18 27 499.0 285 1

4201 C 544.0 -3 -15 1 27 1 4201 D 611.0 -1 -8 1 31 1

4201 E 630.0 --1 -19 1 27 2

4201 F 672.0 -1 -4 1 30 22 674.0 185 1 4201 G 715.0 -3 -14 1 29 713.0 298 1 4201 H 747.0 -4 -13 1 28 1 4201 K 767.0 -2 -13 1 29 1

4302 A 976.0 --3 -13 1 32 1 4302 B 1018.0 -6 -10 4 25 24 1 4302 C 1039.0 -1 -7 1 22 1 4302 D 1066.0 -1 -8 1 26 1 4302 E 1091.0 --1 -6 1 34 1

4302 F 1113.0 -1 -9 1 26 1

4302 G 1142.0 -2 -10 1 5 30 1

4302 H 1160.0 -1 -9 1 28 1 4302 K 1201.0 -3 -13 1 27 1

4401 A 1331.0 -1 -14 1 27 1 4401 8 1357.0 -1 -11 1 26 1 4401 C 1378.0 -2 -8 1 13 29 1 4401 D 1388.0 -3 -7 2 26 26 1 4401 E 1433.0 -2 -9 1 15 27 1 4401 F 1457.0 -1 -6 1 28 1 4401 G 1484.0 -2 -18 1 31 2 4401 H 1536.0 -1 -18 1 33 2 4401 K 1558.0 -2 -8 1 10 32 1 4401 M 1578.0 -1 -8 1 29 1 4401 N 1601.0 -2 -11 1 3 32 1

4502 A 1760.0 -1 -10 1 28 1 4502 B 1780.0 -2 -8 1 30 1 4502 C 1802.0 -1 -10 1 29 1 4502 D 1821.0 -1 -6 1 30 1 4502 E 1837.0 -1 -4 1 24 28 1 4502 F 1870.0 -3 -17 1 35 2 4502 G 1891.0 -1 -6 1 31 1 4502 H 1915.0 -1 -6 1 29 1

PAGE

### LA GAUCHETIERE ~1<~


QUAD. (PPM)


CHANNEL

4502 K 1929.0 -1 -6 1 32 1 4502 M 1947.0 -1 -9 1 27 1 4502 N 1972.0 --1 -7 1 32 1 4502 P 1992.0 -1 -8 1 33 1 4502 R 2015.0 -2 -11 1 5 30 1

4601 A 2163.0 -1 -12 1 30 1 4601 B 2177.0 -2 -11 1 8 27 1 4601 C 2199.0 -1 -11 1 28 1 4601 0 2211.0 -1 -13 1 26 1 4601 E 2252.0 -2 -9 1 14 28 1 4601 F 2265.0 -1 -8 1 28 1 4601 G 2290.0 -2 -8 1 15 27 1 . 4601 H 2302.0 -1 -6 1 31 1 4601 K 2322.0 -1 -5 1 29 1 4601 M 2399.0 -1 -12 1 24 1 4601 N 2422.0 -1 -17 1 28 1

4702 A 2565.0 --2 -9 1 11 31 1 4702 B 2575.0 -1 -9 1 30 2575.0 180 1 4702 C 2604.0 -1 -9 1 27 1 4702 D 2685.0 --1 -7 1 33 1 4702 E 2711,0 -1 -6 1 32 1 4702 F 2750.0 -1 -5 1 34 1 4702 6 2776.0 -1 -7 1 29 1 4702 H 2794.0 -1 -8 1 31 1 4702 K 2814.0 -1 -9 1 34 1

4801 A 2984.0 -1 -8 1 32 1 4801 B 3043.0 -1 -6 1 27 1 4801 C 3058.0 -1 -25 1 26 2 4801 D 3104.0 -8 -4 20 42 28 1 4801 E 3134.0 -1 -24 1 25 2 4801 F 3173,0 -2 -4 2 28 35 1 4801 G 3202.0 -1 -4 1 23 29 1

4902 A 3363.0 -1 -8 1 32 1 4902 B 3394.0 -1 -9 1 27 1 4902 C 3461.0 -7 -6 9 26 37 1 4902 D 3480.0 -1 -6 1 31 1 4902 E 3508,0 -1 -4 1 18 34 1 4902 F 3533.0 -1 -6 1 36 1 4902 6 3571.0 -1 -8 1 25 1 4902 H 3593.0 -1 -10 1 31 1 4902 K 3621.0 -1 -11 1 28 1

5001 A 3717.0 -1 -11 1 28 1 5001 B 3887.0 -1 -4 1 29 23 1

PAGE 3

#*4 LA GAUCHETIERE #1<*


QUAD. (PPM)


CHANNEL

5001 C 3941.0 -1 -5 1 29 1 5001 D 3959.0 --1 -7 1 24 1 5001 E 3985.0 -1 -7 1 29 1

5102 A 4124.0 --1 -6 1 31 1 5102 B 4138.0 -1 -6 1 33 1 5102 C 4179.0 -1 -7 1 25 1 5102 D 4235.0 -5 -2 20 50 37 1 5102 E 4251.0 --1 -6 1 27 1

5201 A 4567.0 -2 -15 1 29 4566.0 348 1 5201 B 4610.0 -1 -6 1 27 1 5201 C 4651.0 -1 -4 1 23 29 1 5201 D 4693.0 -3 -5 2 41 25 1 5201 E 4732.0 -3 -20 1 35 2 5201 F 4756.0 --1 -4 1 18 34 1 5201 G 4795.0 -1 -9 1 25 1

5302 A 4924.0 -1 -8 1 37 1 5302 B 4943.0 -1 -7 1 37 4943.0 173 1 5302 C 4966.0 -3 -8 2 19 30 1 5302 D 5000,0 -1 -4 1 19 33 1 5302 E 5044.0 -3 -4 4 39 31 1 5302 F 5051.0 -3 -6 2 25 31 1 5302 G 5089.0 --1 -5 1 34 1 5302 H 5111.0 -1 -7 1 29 1 5302 K 5127.0 -2 -7 1 11 34 1 5302 M 5153.0 -1 -7 1 32 1 5302 N 5166.0 -2 -8 1 16 26 1 5302 P 5186,0 -2 -13 1 25 1 .

5401 A 5400.0 -1 -8 1 31 1 5401 B 5424.0 -3 -14 1 35 5424.0 271 2 5401 C 5447.0 -1 -4 1 25 27 1 5401 D 5483.0 -1 -6 1 28 1 5401 E 5503.0 -1 -4 1 26 26 1 5401 F 5527.0 -1 -6 1 31 1 5401 G 5539.0 -5 -8 3 27 25 1 5401 H 5549.0 -1 -6 1 28 1 5401 K 5606.0 -1 -6 1 31 1 5401 M 5641.0 -1 -8 1 31 1

5502 A 5696.0 -3 -6 2 21 35 1 5502 B 5718,0 -3 -11 1 17 25 1 5502 C 5736.0 -2 -8 1 18 24 1 5502 D 5751.0 -1 -8 1 29 1 5502 E 5771.0 -1 -5 1 33 1 5502 F 5793.0 -1 -5 1 34 1

PAGE 4

113 LA GAUCHETIERE ##*


QUAD. (PPM)


CHANNEL

5502 G 5832.0 -4 -6 4 24 35 1 5502 H 5881.0 -1 -5 1 34 1 5502 K 5904,0 -1 -6 1 37 1 5502 M 5925.0 -1 -7 1 31 1 5502 N 5976.0 -1 -9 1 34 1

5601 A 6140.0 -1 -7 1 30 1

5601 B 6161.0 -1 -4 1 23 29 1

5601 C 6202.0 -2 -7 1 16 29 1

5601 D 6230.0 --1 -4 1 24 28 1 5601 E 6250.0 -1 -6 1 23 1

5601 F 6290.0 -3 -10 1 15 27 1 5601 G 6325.0 -1 -9 1 29 2 5601 H 6350.0 -1 -7 1 29 1 5601 K 6364.0 -1 -8 1 27 1 5601 M 6378.0 -1 -13 1 24 1 5601 N 6399.0 -1 -5 1 24 1

5702 A 6537,0 -1 -8 1 32 1 5702 B 6577,0 -1 -9 1 26 1 5702 C 6621.0 -I -5 1 29 1 5702 D 6648.0 -1 -9 1 26 1

5702 E 6696.0 -1 -5 1 32 1 5702 F 6736.0 -1 -9 1 31 1 5702 G 6758.0 -1 -17 1 31 2 5702 H 6798.0 -1 -8 1 29 1

5801 A 6922.0 -1 -6 1 32 1 5801 B 6973.0 -1 -6 1 27 1 5801 C 7004,0 -1 -10 1 24 1 5801 D 7033.0 -1 -8 1 24 1 5801 E 7050.0 -1 -4 1 28 24 1 5801 F 7091.0 --3 -9 1 20 25 1 5801 G 7114.0 -2 -21 1 31 2 5801 H 7151.0 -1 -7 1 27 1 5801 K 7171,0 -1 -14 1 26 1

5902 A 7358.0 --4 -13 1 28 1 5902 B 7382.0 -1 -7 1 25 1 5902 C 7441.0 -6 -9 4 23 29 1 5902 D 7492.0 -1 -6 1 28 1 5902 E 7534.0 -1 -6 1 33 1 5402 F 7543.0 -1 -8 1 30 1 5902 G 7581.0 -1 -7 1 32 1

6001 A 7781.0 -1 -7 1 30 1 6001 B 7807.0 -1 -13 1 23 1 6001 C 7824.0 -1 -8 1 27 1

PAGE 5

4** LA GAUCHETIERE *I#


QUAD. (PPM)


CHANNEL

6001 D 7843.0 --1 -11 1 26 1 6001 E 7882.0 -1 -9 1 22 1

6001 F 7936.0 -7 -8 5 27 29 1

6001 G 8013.0 -2 -14 1 25 1

6001 H 8030.0 -1 -8 1 27 1 6001 K 8053.0 --1 -8 1 28 1

6102 A 8188.0 -1 -19 1 19 1 6102 B 8212.0 -1 -6 1 33 1 6102 C 8249.0 -1 -6 1 30 1 6102 D 8273.0 -1 -11 1 30 2 6102 E 8308.0 -•1 -5 1 25 1 6102 F 8328.0 --1 -6 1 29 1 6102 G 8361.0 -1 -8 1 29 1 6102 H 8374.0 -1 -9 1 24 1 6102 K 8396.0 -3 -6 2 25 31 1 6102 M 8408.0 -1 -6 1 32 1

6201 A 8556.0 -1 -11 1 19 1 6201 B 8575.0 -1 -6 1 26 1 6201 C 8653.0 -1 -4 1 25 27 1 6201 D 8707,0 --1 -5 1 36 1 6201 E 8722.0 -1 -5 1 32 1 6201 F 8763.4 -1 -16 1 23 1 6201 G 8777.0 -2 -17 1 24 1 6201 H 8794.0 -1 -15 1 24 1 6201 K 8811.0 -1 -13 1 25 1

6302 A 8901.0 -1 -13 1 26 1 6302 B 8920.0 -1 -14 1 24 1 6302 C 8951.0 --1 -4 1 24 28 1 6302 D 8973.0 -1 -5 1 31 1 6302 E 8997.0 --2 -6 1 21 31 1 6302 F 9047.0 -1 -5 1 32 1 6302 G 9077.0 -1 -4 1 16 36 1 6302 H 9099.0 -1 -4 1 21 31 1 6302 K 9111,0 -1 -5 1 32 1 6302 M 9121.0 -1 -4 1 23 29 1 6302 N 9153.0 -1 -5 1 33 1 6302 P 9166.0 -1 -8 1 29 1

6401 A 9238.0 -5 -28 1 28 2 6401 B 9248.0 -2 -6 1 28 24 1 6401 C 9261.0 -1 -10 1 23 1 6401 D 9270,4 -1 -6 1 25 1 6401 E 9284.0 -1 -6 1 28 1 6401 F 9308.0 -1 -9 1 29 1 6401 G 9319.0 -1 -11 1 24 1 6401 H 9384.0 -1 -4 1 33 19 1

PAGE 6

ttt LA GAUCHETIERE #tt


QUAD. (PPM)


CHANNEL

6401 K 9426.0 -1 -4 1 20 32 1 6401 M 9454.0 -1 -5 1 28 1 6401 N 9496.0 -1 -15 1 22 1 6401 P 9507.0 -2 -21 1 17 1 6401 R 9519.0 -2 -21 1 19 1 6401 S 9529.0 -1 -20 1 20 1 6401 T 9554.0 -1 -15 1 24 1 6401 Y 9576.0 -2 -15 1 26 1

6502 A 9737.0 --2 -17 1 24 1 6502 B 9752.0 -2 -16 1 25 1 6502 C 9788.0 --1 -6 1 31 1 6502 D 9819.0 -1 -8 1 31 1 6502 E 9855.0 -1 -6 1 33 9855.0 389 1 6502 F 9881.0 -1 -9 1 31 1 6502 G 9926.0 -1 -13 1 30 1 6502 H 9953.0 --1 -11 1 31 1

6601 A 10162.0 -2 -9 1 17 25 1 6601 B 10195.0 -3 -11 1 15 27 1 6601 C 10208.0 -1 -7 1 27 1 6601 D 10242.0 -1 -8 1 31 1 6601 E 10317,0 -5 -7 4 32 27 1 6601 F 10409.0 -3 -13 1 26 1 6601 G 10436.0 -1 -10 1 29 1

6702 A 10537.0 -1 -11 1 31 1 6702 B 10547.0 -1 -8 1 30 1 6702 C 10559.0 -1 -5 1 34 1 6702 D 10572.0 -1 -8 1 35 1 6702 E 10592.0 -1 -8 1 32 1 6702 F 10606.0 -1 -5 1 31 1 6702 G 10633.0 -1 -4 1 25 27 1 6702 H 10659.0 -3 -20 1 36 2 6702 K 10726.0 -1 -5 1 35 1 6702 M 10767.0 -1 -8 1 31 1 6702 N 10786.0 -1 -5 1 27 1

6801 A 10942.0 -1 -8 1 27 1 6801 B 11000.0 -1 -17 1 23 1 6801 C 11056.0 -1 -5 1 34 1 6801 D 11122.0 -1 -4 1 15 37 1 6801 E 11189.0 -1 -15 1 23 1 6801 F 11211.0 -2 -12 1 15 20 1 6801 G 11233.0 -1 -13 1 25 1 6801 H 11245.0 -1 -15 1 22 1

6902 A 11390.0 -1 -11 1 31 1

PAGE 7

### LA GAUCHETIERE ###


QUAD. (PPM)


CHANNEL

6902 B 11411.0 -1 -8 1 33 1 6902 C 11422.0 -1 -10 1 35 1 6902 D 11438.0 -2 -10 1 2 33 1 6902 E 11468.0 -1 -5 1 28 1

6902 F 11499.0 -1 -8 1 29 1 6902 G 11561.0 -1 -5 1 39 1 6902 H 11610.0 -1 -11 1 27 1 6902 K 11635.0 -1 -7 1 32 1 6902 M 11662.0 -1 -10 1 27 1

7001 A 11795.0 -3 -10 1 13 29 1 7001 B 11849.0 -4 -16 1 25 1 7001 C 11908.0 -2 -11 1 5 30 1 7001 D 11974.0 -2 •-8 1 15 27 1 7001 E 12008.0 -1 -8 1 30 1 7001 F 12039.0 -2 -13 1 27 1 7001 G 12058.0 -2 -17 1 22 1

7102 A 12255.0 -1 -11 1 24 1 7102 B 12278.0 ••1 -14 1 24 1 7102 C 12294.0 -1 -14 1 23 1 7102 D 12321.0 -1 -6 1 27 1 7102 E 12350.0 -1 -6 1 34 1 7102 F 12430.0 -•4 -9 2 18 31 1 7102 G 12460.0 -5 -8 3 20 32 1 7102 H 12484.0 -5 -10 2 16 29 1

7201 A 12664.0 -1 -9 1 26 1 7201 B 12677.0 -•1 -8 1 24 1 7201 C 12686.0 -1 -9 1 29 1 7201 D 12699.0 -1 -11 1 26 1 7201 E 12735.0 -2 -14 1 24 1 7201 F 12759.0 -1 -9 1 29 1 7201 G 12849.0 -2 -23 1 25 2 7201 H 12882.0 -1 -7 1 28 1

7302 A 13053.0 -3 -7 2 21 31 1 7302 B 13079.0 -1 -6 1 30 1 7302 C 13101.0 -1 -5 1 32 1 7302 D 13159.0 -1 -26 1 32 2 7302 E 13219.0 -1 -5 1 31 1 7302 F 13238.0 -1 -7 1 34 1 7302 G 13283.0 -1 -12 1 28 1 7302 H 13305.0 -1 -10 1 26 1

7402 A 163.0 -1 -10 1 30 1 7402 B 242.0 -1 -4 1 33 1 7402 C 267.0 -3 -11 1 17 25 2

PAGE 8

f1K4 LA GAUCHETIERE tIt#


QUAD. (PPM)


CHANNEL

7402 D 301.0 -1 -10 1 29 1 7402 E 325.0 -1 -13 1 30 1 7402 F 382.0 -1 -8 1 26 1

7501 A 528.0 -1 -9 1 26 1 7501 B 593.0 -4 -9 2 21 28 1 7501 C 631.0 -1 -10 1 27 1 7501 D 688.0 -1 -4 1 28 1 7301 E 743.0 -1 -5 1 32 1

7602 A 950.0 -2 -11 1 10 25 1 7602 B 1001.0 -1 -9 1 27 1 7602 C 1062.0 -9 -18 1 36 2 7602 D 1108.0 -1 -8 1 29 1 7602 E 1140.0 -2 -10 1 6 29 1 7602 F 1168.0 -1 -9 1 27 1 7602 6 1210.0 -1 -7 1 31 1

7701 A 1357.0 -1 -8 1 27 1 7701 B 1393.0 -1 -12 1 79 1 7701 C 1415.0 -1 -9 1 31 1 7701 D 1439.0 -1 -9 1 28 1 7701 E 1491.0 -1 -4 1 22 30 1 7701 F 1551.0 -1 -7 1 35 1 7701 6 1598.0 -2 -8 1 12 30 1

7802 A 1691.0 -4 -8 2 27 25 1 7802 B 1726.0 -1 -6 1 27 1 7802 C 1762.0 -7 -14 1 10 28 1762.0 416 2 7802 D 1823.0 -1 -7 1 27 1 7802 E 1888.0 -1 -9 1 31 1 7802 F 1898.0 -1 -8 1 30 1 7802 6 1922.0 -1 -5 1 23 1.

7802 H 1931.0 -1 -9 1 24 1

7901 A 2060.0 -1 -13 1 27 1 7901 B 2100.0 -1 -ii 1 26 1 7901 C 2141.0 -1 -11 1 25 1 7901 D 2181.0 -1 -4 1 31 1 7901 E 2260.0 -1 -13 1 26 1 7901 F 2280.0 -3 -12 1 17 25 1

8002 A 117.0 -2 -11 1 4 31 1 8002 B 182.0 -1 -6 1 31 1 8002 C 209.0 -2 -7 1 10 35 1 8002 D 270.0 -3 -18 1 26 1 8002 E 310.0 -3 -19 1 21 1

PAGE 9

Ut LA GAUCHETIERE #t*


QUAD. (PPM)


CHANNEL

8002 F 332.0 -5 -23 1 5 26 1

8101 A 422.0 -1 -16 1 27 1 8101 B 439.0 -1 -19 1 29 1 8101 C 460.0 -1 -21 1 23 1 8101 D 480.0 -2 -19 1 25 1 8101 E 543.0 -1 -8 1 30 1 8101 F 576.0 -1 -5 1 28 1 8101 6 603.0 -1 -7 1 35 1 8101 H 637.0 -8 -21 2 11 24 1

8202 A 794.0 -1 -11 1 30 1 8202 B 814.0 -1 -13 1 31 1 8202 C 835.0 -1 -7 1 33 1 8202 D 900.0 -1 -6 1 33 1 8202 E 953.0 -5 -13 2 8 27 1 8202 F 1011.0 -7 -12 4 18 31 1 8202 G 1041.0 -1 -15 1 31 1

8301 A 1214.0 -1 -13 1 31 1 8301 B 1263.0 -2 -9 1 11 31 1 8301 C 1299.0 -3 -11 1 12 30 1 8301 D 1350.0 -2 -10 1 5 30 1 8301 E 1378.0 -2 -8 1 11 31 1 8301 F 1407.0 -1 -6 1 29 1 8301 G 1449.0 -4 -10 2 17 28 1

8301 H 1470.0 -5 -13 2 8 27 1

8402 A 1598.0 -3 -18 1 26 1 8402 B 1609.0 -3 -17 1 26 1 8402 C 1678.0 -1 -6 1 29 1 8402 D 1742.0 -3 -12 1 16 26 1 8402 E 1761.0 -7 -10 4 21 28 1 8402 F 1796.0 -3 -14 1 25 1 8402 6 1850.0 -2 -9 1 10 32 1 8402 H 1876,0 -4 -16 1 29 1

8501 A 1993.0 -10 -18 1 11 27 2 8501 B 2012.0 -9 -8 2 26 31 2 8501 C 2034.0 -1 -5 1 27 1 8501 D 2064.0 -2 -12 1 10 25 1 8501 E 2091.0 -1 -7 1 26 1 8501 F 2126.0 -1 -6 1 25 1 8501 G 2135.0 -1 -4 1 21 1 8501 H 2156.0 -1 -15 1 19 1 8501 K 2187.0 -1 -11 1 20 1 8501 M 2223.0 -5 -20 1 11 20 1 8501 N 2241.0 -6 -17 2 14 24 1

PAGE 10

#*# LA GAUCHETIERE ##*


QUAD. (PPM)


CHANNEL

8602 A 2336.0 -1 -11 1 28 1

8602 B 2357.0 -2 -8 1 12 30 1 8602 C 2399.0 -2 -9 1 16 26 1 8602 D 2414.0 -1 -8 1 27 1

8602 E 2444.0 -2 -6 1 24 28 1 8602 F 2499.0 -3 -8 2 24 25 1 8602 G 2526.0 -1 -5 1 25 1 8602 H 2588.0 -2 -7 1 22 23 1 8602 K 2609.0 -1 -5 1 27 1 8602 M 2631.0 -1 -17 1 24 1

8701 A 2742.0 -1 -6 1 21 1 8701 B 2766.0 -1 -9 1 25 1

8701 C 2783.0 -1 -8 1 23 1 8701 D 2845.0 -3 -9 1 20 25 1

8701 E 2941.0 -1 -8 1 25 1 8701 F 2964.0 -1 -14 1 29 1

8802 A 3066.0 -1 -14 1 23 1 8802 B 3105.0 -1 -15 1 25 1 8802 C 3120.0 -1 -15 1 24 1 8802 D 3176.0 -1 -5 1 29 1 8802 E 3231.0 -1 -10 1 27 1 8802 F 3265.0 -1 -11 1 29 1 8802 G 3310.0 -2 -10 1 5 30 1 8802 H 3325.0 -3 -10 1 12 30 1 8802 K 3345.0 -2 -7 1 16 29 1

8901 A 3514.0 -1 -11 1 30 1 8901 D 3534.0 -1 -11 1 29 1 8901 C 3559.0 -1 -13 1 29 1 8901 D 3586.0 -1 -13 1 25 1 8901 E 3649.0 -1 -9 1 29 1 8901 F 3679.0 -1 -11 1 23 1 8901 G 3700.0 -3 -15 1 27 1 8901 H 3730.0 -3 -11 1 17 25 1

9002 A 3855.0 -1 -9 1 31 1 9002 B 3878.0 -5 -22 1 35 2 9002 C 3923.0 -3 -11 1 17 25 1 9002 D 3978.0 -3 -8 2 18 31 1 9002 E 3992.0 -1 -8 1 26 1 9002 F 4017.0 -2 -12 1 6 29 1

9101 A 4235.0 -1 -16 1 23 1 9101 B 4293.0 -1 -12 1 26 1

PAGE 11

1r~# LA GAUCHETIERE **#


QUAD. (PPM)


CHANNEL

9101 C 4317.0 -4 -15 1 27 1 9101 D 4336.0 -1 -14 1 19 1 9101 E 4385.0 -1 -10 1 28 1 9101 F 4437.0 -1 -7 1 29 4435.0 308 1

9202 A 154.0 -1 -21 1 21 1 9202 B 172.0 -1 -14 1 29 1 9202 C 194.0 -2 -14 1 29 194.0 236 1 9202 D 208.0 -1 -11 1 27 208.0 264 1 9202 E 245.0 -1 -8 1 33 1 9202 F 281.0 -2 -17 1 27 1 9202 6 299.0 -2 -18 1 26 1 9202 H 322.0 -2 -15 1 28 1 9202 K 338.0 -2 -19 1 26 1 9202 M 380.0 -2 -19 1 28 1

9301 A 503.0 -2 -21 1 25 1 9301 B 558.0 -2 -17 1 25 1 9301 C 579.0 -1 -14 1 27 1 9301 D 603.0 -1 -6 1 30 1 9301 E 622.0 -1 -5 1 28 1 9301 F 648.0 -1 -9 1 28 1 9301 G 657.0 -1 -7 1 30 1 9301 H 671.0 -3 -17 1 25 2 9301 K 692.0 -1 -5 1 28 1 9301 M 703.0 -2 -9 1 11 31 1 9301 N 724.0 -3 -17 1 26 1

9402 A 820.0 -1 -14 1 27 1 9402 8 866.0 -11 -11 2 18 34 2 9402 C 873.0 -1 -4 1 18 34 872.0 247 1 9402 D 885.0 -1 -3 1 30 33 1 9402 E 905.0 -1 -10 1 33 1 9402 F 912.0 -1 -11 1 30 1 9402 G 975.0 -4 -19 1 27 1 9402 H 1014.0 -3 -19 1 27 1 9402 K 1051.0 -3 -20 1 29 1 9402 M 1068.0 -1 -15 1 30 1

9501 A 1150.0 -1 -8 1 30 1 9501 B 1196.0 -1 -17 1 24 1 9501 C 1237.0 -1 -14 1 26 1 9501 D 1264.0 -1 -16 1 26 1 9501 E 1301.0 -1 -12 1 25 1 9501 F 1316.0 -1 -10 1 27 1 9501 6 1324.0 -3 -9 1 19 26 1 9501 H 1341.0 -1 -4 1 31 1 9501 K 1357,0 -9 -23 1 7 28 2 9501 M 1368.0 -1 -6 1 25 1

PAGE 12

### LA GAUCHETIERE ##t


QUAD. (PPM)


CHANNEL

9501 N 1387.0 -1 -17 1 26 1 9501 P 1400.0 -1 -9 1 28 1

9602 A 1474,0 -14 -18 1 6 36 2 9602 B 1496.0 -1 -10 1 27 1 9602 C 1505.0 -2 -14 1 25 1 9602 D 1516.0 -1 -6 1 28 1518.0 372 1 9602 E 1535.0 -7 -20 1 9 26 1533.0 254 2 9602 F 1549.0 -1 -11 1 24 1 9602 6 1569.0 -1 -8 1 29 1 9602 H 1590.0 -1 -6 1 32 1 9602 K 1611.0 -1 -12 1 25 1 9602 M 1627.0 -5 -17 2 9 26 1 9602 N 1645.0 -2 -14 1 28 1 9602 P 1668.0 -2 -10 1 5 30 1 9602 R 1688.0 -1 -11 1 28 1 9602 S 1710.0 -1 -8 1 36 1

9701 A 1877.0 -4 -10 2 15 30 1 9701 B 1931.0 -4 -15 1 23 1 9701 C 1989.0 -2 -9 1 18 24 1 9701 D 2028.0 -1 -10 1 23 1 9701 E 2052.0 -4 -15 1 24 1 9701 F 2072.0 -1 -4 1 27 25 1 9701 G 2099.0 -3 -7 2 22 30 1 9701 H 2108.0 -7 -16 1 7 31 2 9701 K 2124.0 -1 -6 1 27 1

9802 A 2177.0 -2 -13 1 29 1 9802 B 2213.0 -4 -5 4 35 31 2208.0 294 1 9802 C 2254.0 -1 -6 1 29 1 9802 D 2264.0 -1 -5 1 30 1 9802 E 2275.0 -1 -6 1 25 1 9802 F 2358.0 -2 -17 1 24 1 9802 G 2392.0 -1 -16 1 26 1 9802 H 2412.0 -1 -11 1 29 1

9901 A 2535.0 -1 -4 1 17 35 1 9901 B 2580.0 -2 -22 1 25 1 9901 C 2604.0 -3 -22 1 25 1 9901 D 2623.0 -2 -20 1 23 1 9901 E 2633.0 -2 -14 1 29 1 9901 F 2657.0 -2 -17 1 23 1 9901 G 2714.0 -1 -6 1 26 1 9901 H 2735,0 -1 -16 1 23 1 9901 K 2753.0 -1 -9 1 27 1 9901 M 2775.0 -1 -16 1 22 1 9901 N 2781.0 -3 -11 1 14 28 1 9901 P 2790.0 -1 -10 1 29 1

PAGE 13

#*$ LA GAUCHETIERE ***


QUAD. (PPM)


CHANNEL

10002 A 2908.0 -1 -13 1 33 1 10002 B 2937.0 -1 -11 1 33 1 10002 C 2945.0 -1 -10 1 26 1 10002 D 2964.0 --2 -10 1 6 29 1 10002 E 2986.0 -1 -10 1 27 1 10002 F 2999,0 -1 -10 1 28 1 10002 G 3025.0 -1 -11 1 31 1 10002 H 3055.0 --2 -21 1 30 1 10002 K 3087.0 -3 -22 1 30 1 10002 M 3107.0 •-3 -24 1 27 1 10002 N 3129.0 -1 -20 1 26 1 10002 P 3153.0 -1 -19 1 28 1

10111 A 3580.0 -•1 -11 1 31 1 10111 D 3620.0 --2 -18 1 27 1 10111 C 3640.0 -3 -24 1 27 1 10111 D 3677.0 -4 -17 1 26 1 10111 E 3694.0 -3 -22 1 25 1 10111 F 3711.0 -•3 -24 1 23 1 10111 G 3735.0 -4 -11 1 25 1 10111 H 3767.0 -1 -9 1 27 1 10111 K 3800.0 -1 -12 1 28 1 10111 M 3809.0 -1 -5 1 25 1 10111 N 3820.0 -7 -26 1 29 2 10111 P 3835.0 -2 -12 1 3 32 1

10202 A 3973.0 -3 -11 1 11 31 1 10202 9 3995.0 -1 -7 1 35 1 10202 C 4026.0 -3 -9 1 14 31 1 10202 D 4045.0 -1 -4 1 22 30 1 10202 E 4075.0 -8 -15 1 4 34 2 10202 F 4106.0 -3 -14 1 30 1 10202 G 4157,0 -4 -18 1 30 1 10202 H 4180.0 -3 -16 1 28 1 10202 K 4214.0 -1 -5 1 37 1

10301 A 4389.0 -1 -11 1 29 1 10301 B 4433,0 -1 -14 1 30 1 10301 C 4457.0 -2 -17 1 32 1 10301 D 4490.0 -2 -16 1 31 1 10301 E 4511.0 -2 -14 1 30 1 10301 F 4533.0 -1 -13 1 25 1 10301 G 4552.0 -1 -6 1 29 1 10301 H 4587.0 -1 -11 1 31 1 10301 K 4602.0 -1 -8 1 33 1 10301 M 4609.0 -1 -8 1 79 1 10301 N 4635.0 -1 -11 1 30 1 10301 P 4646.0 -1 -7 1 27 1

PAGE 14

### LA GAUCHETIERE ttt


QUAD. (PPM)


CHANNEL

10301 R 4667.0 -1 -11 1 29 1

10402 A 4801.0 -1 -8 1 33 1 10402 B 4861.0 -15 -22 6 15 27 1 10402 C 4881.0 -1 -15 1 31 2 10402 D 4942.0 -2 -17 1 30 1 10402 E 4963.0 -2 -15 1 30 1 10402 F 4983.0 -3 -17 1 31 1 10402 G 4996.0 -1 -14 1 31 1 10402 H 5017.0 -1 -8 1 36 1 10402 K 5054.0 •-1 -10 1 32 1

10501 A 5203.0 -1 -11 1 29 1 10501 B 5238.0 -2 -14 1 28 1 10501 C 5263.0 -3 -19 1 27 1 10501 D 5299.0 -4 -16 1 33 1 10501 E 5316.0 -4 -16 1 30 1 10501 F 5338.0 -2 -14 1 31 1 10501 G 5360.0 -1 -8 1 29 1 10501 H 5403.0 -8 -20 2 9 26 1 10501 K 5408.0 -15 -24 6 16 26 1 10501 M 5453.0 -2 -7 1 12 33 1

10602 A 5610.0 -2 -22 1 26 1 10602 B 5644.0 -1 -6 1 33 1 10602 C 5684.0 -4 -14 1 33 1 10602 D 5739.0 -1 -10 1 33 1 10602 E 5763.0 -2 -16 1 30 1 10602 F 5796.0 -3 -16 1 36 1 10602 G 5837.0 -1 -14 1 27 1 10602 H 5852.0 -1 -14 1 30 1

10701 A 6098.0 -2 -19 1 30 1 10701 B 6117.0 -3 -18 1 29 1 10701 C 6141.0 -4 -24 1 26 1 10701 D 6154.0 -4 -27 1 22 1 10701 E 6177.0 -3 -15 1 25 1 10701 F 6230.0 -2 -17 1 26 1 10701 G 6269.0 -3 -18 1 28 1 10701 H 6316.0 -1 -10 1 31 1 10701 K 6337.0 -1 -18 1 28 1

3tt ANOMALIES INDICATED BY THIS SIGN HAVE NOT BEEN PLOTTED DUE TO SUPERPOSITION WITH THE ADJACENT ANOMALY

CHANNEL 1= 937HZ CHANNEL 2= 4150HZ

**#

PAGE 1

WW# HORSEFLY LAKE WWW


QUAD. (PPM)


CHANNEL

55101 A 48.0 --1 -4 1 31 21 1 55101 B 200.0 -5 -5 5 37 29 1

55202 A 285.0 -4 -15 1 28 1 55202 B 309.0 2 -5 0 37 1 55202 C 446.0 -1 -4 1 19 33 2

55301 A 544.0 --1 -6 1 32 2 55301 B 567.0 -1 -3 1 36 27 2 55301 C 698.0 --1 -13 1 25 2 55301 D 714.0 -3 -6 2 28 28 1

55402 A 822.0 -1 -5 1 28 1 55402 B 957.0 -1 -4 1 26 26 2 55402 C 985.0 -1 -6 1 23 2

55501 A 1051.0 -1 -5 1 33 2 55501 B 1074.0 --1 -4 1 17 35 2 55501 C 1202.0 -4 -5 4 29 37 1

55602 A 1283.0 -5 -8 3 19 33 1 55602 B 1291.0 -1 -4 1 29 23 1

55701 A 1661.0 -3 -4 4 42 28 1 55701 B 1668.0 -7 -8 5 26 30 1

55802 A 1799.0 -•1 -4 1 12 40 1 55802 B 1810.0 -1 -11 1 24 2 55802 C 1878.0 -3 -7 1 16 36 2

55901 A 2129.0 -1 -10 1 25 2 55901 B 2203.0 -4 -6 4 36 23 1

56002 A 2325.0 -2 -6 1 21 31 1 56002 B 2337.0 -1 -7 1 32 2 56002 C 2410,0 -1 -5 1 31 2

56101 A 2721.0 -1 -4 1 26 26 1 56101 B 2727.0 -1 -8 1 24 1

56212 A 2996.0 -1 -6 1 32 1 56212 B 3006.0 -1 -10 1 28 2

PAGE 2

*** HORSEFLY LAKE ###


QUAD. (PPM)


CHANNEL

56301 A 3363.0 -5 -4 9 40 30 1 56301 B 3396.0 -1 -4 1 26 26 1 56301 C 3407.0 -1 -6 1 28 2

56402 A 3547.0 -1 -6 1 25 1 56402 B 3583.0 --6 -4 11 37 34 1

56501 A 3906.0 -6 -5 9 33 33 1 56501 B 3910.0 -8 -4 20 42 28 1 56501 C 3950.0 -6 -5 9 36 30 1 56501 D 3971.0 --1 -4 0 21 1

56602 A 4097.0 --3 -6 2 17 39 1 56602 B 4120.0 -5 -6 4 34 29 1 56602 C 4169.0 --1 -3 1 33 30 1

56701 A 4437.0 -2 -5 1 22 34 2 56701 8 4479.0 -1 -7 1 28 2 56701 C 4505.0 6 -13 0 23 2

56802 A 4643.0 -1 -4 1 21 31 1

57002 A 5196.0 -1 -3 1 36 27 2

57101 A 5551.0 --1 -4 1 27 25 2 57101 B 5572.0 -9 -8 9 29 28 1

57202 A 5744.0 -12 -13 4 6 36 1 57202 B 5769.0 -1 -4 1 23 29 1

57301 A 6083.0 --8 -6 10 36 27 1 57301 8 6165.0 -8 -6 10 30 33 1

57402 A 342.0 -6 -6 7 28 35 1 57402 B 369.0 -1 -4 1 24 28 2 57402 C 412.0 -10 -6 13 30 33 1

57501 A 694.0 -2 -4 2 32 31 1 57501 B 796.0 -2 -6 1 19 33 1 57501 C 807.0 -1 -4 1 26 26 2

PAGE 3

W HORSEFLY LAKE #O


QUAD. (PPM)


CHANNEL

57602 A 977.0 —1 —5 1 39 2 57602 B 990.0 —2 —4 2 34 29 1 57602 C 1001,0 —8 —7 2 25 34 2

57602 D 1059.0 —1 —4 1 23 29 2

57602 E 1078,0 --2 —4 1 13 50 2

57701 A 1297,0 —3 —4 4 49 21 1 57701 B 1302,0 --5 —7 4 42 17 1 57701 C 1319.0 —2 —4 2 35 28 1 57701 D 1403.0 -•1 —6 1 24 1 57701 E 1408.0 —1 —7 1 28 2

57802 A 1576.0 --1 —7 1 33 1 57802 Es 1594.0 •-2 —4 2 30 33 1 57802 C 1665.0 —3 —7 2 29 23 1 57802 D 1720,0 —1 —5 1 33 1

57901 A 1821.0 —2 —4 2 27 36 1 57901 B 1891.0 —6 —6 7 35 28 1 57901 C 1923.0 -•1 —4 1 19 33 2 57901 D 1974.0 --1 —6 1 28 1 57901 E 1998.0 —4 —13 1 25 1

58002 A 2200 ,0 --5 —5 1 35 31 2 58002 B 2258.0 —1 —4 1 17 35 2 58002 C 2289,0 --3 —4 4 42 28 1 58002 D 2350.0 2 —4 0 21 1

58101 A 2505.0 --1 —2 1 51 27 2 58101 B 2515.0 -•2 —4 2 37 26 1 58101 C 2547.0 -•1 —5 1 23 1 58101 D 2589.0 —3 —6 2 29 27 1 58101 E 2605.0 --1 —5 1 32 1

58202 A 2772.0 —5 —8 1 19 33 2 58202 B 2789.0 —5 —4 9 39 31 1 58202 C 2865.0 —4 —8 1 30 22 2 58202 D 2877.0 —1 —6 1 20 1

58301 A 3085.0 —2 —6 1 22 30 1 58301 B 3097.0 —1 —6 1 24 1 58301 C 3173.0 —9 —15 4 13 25 1 58301 D 3179.0 —6 —7 5 33 26 1 58301 E 3190.0 —2 —4 2 32 31 1

PAGE 4

#*# HORSEFLY LAKE *##


OUAD. (PPM)


CHANNEL

58402 A 3346.0 -•8 -8 7 15 41 1 58402 B 3354.0 -3 -5 2 30 36 1 58402 C 3361.0 -9 -13 4 7 31 1 58402 D 3439.0 --5 -7 4 32 27 1 58402 E 3450.0 -3 -6 2 37 19 1

58501 A 153.0 •-4 -6 1 26 33 2 58501 B 164.0 -4 -3 9 41 37 1 58501 C 236.0 -6 -7 5 19 40 1 58501 D 241.0 -•1 -3 1 25 38 1 58501 E 248.0 -12 -12 9 16 36 1

58602 A 458.0 -9 -10 6 12 40 1 58602 B 471.0 -12 -10 9 17 35 1 58602 C 550.0 -•6 -3 17 38 40 1 58602 D 568.0 -2 -8 1 12 30 2

58701 A 700.0 -1 -4 1 13 39 1 58701 B 721.0 -6 -3 17 50 28 1 58701 C 789.0 -2 -7 1 5 40 1 58701 D 794.0 1 -5 0 46 1 58701 E 802.0 -4 -9 2 11 38 1

58802 A 967.0 -6 -8 4 20 36 1 58802 B 975.0 -4 -4 5 34 36 1 58802 C 979.0 -6 -5 9 30 36 1 58802 D 1045.0 -1 -6 1 44 2 58802 E 1076.0 --4 -4 5 44 26 1

58901 A 1219.0 -6 -2 6 44 40 2 58901 B 1250.0 -5 -4 2 30 40 2 58901 C 1320.0 -9 -7 11 25 36 1 58901 D 1328.0 -1 -5 1 32 1 58901 E 1341.0 -1 -6 1 36 2

59002 A 1520.0 -3 -4 4 40 30 1 59002 B 1527.0 -15 -10 15 20 33 1 59002 C 1531.0 -7 -10 4 17 32 1 59002 D 1601.0 -2 -7 1 16 29 2 59002 E 1628.0 -4 -4 5 44 26 1

59101 A 1812.0 -2 -4 2 28 35 1 59101 B 1827.0 -1 -4 1 20 32 1 59101 C 1875.0 -8 -10 5 17 32 1

PAGE 5

*Kt HORSEFLY LAKE


QUAD. (PPM)


CHANNEL

59101 D 1878.0 -14 -11 15 20 33 1 59101 E 1907.0 -1 -8 1 31 2

59202 A 2015.0 -5 -6 4 32 31 1 59202 B 2030.0 -3 -4 0 27 1 59202 C 2038.0 -12 -9 9 27 29 1 59202 D 2043.0 --9 -8 9 28 29 1 59202 E 2105.0 -8 -4 20 29 41 1

59311 A 2509.0 --4 -4 5 29 41 1 59311 B 2567.0 -7 -8 5 28 28 1 59311 C 2585.0 -5 -9 3 13 36 1 59311 D 2594.0 -1 -2 1 45 33 2

59402 A 2699.0 --8 -15 3 8 30 1 59402 B 2721.0 -1 -8 1 27 1 59402 C 2786.0 -4 -4 1 37 33 2 59402 D 2797.0 -8 -5 13 44 22 1 59402 E 2830.0 -1 -4 1 26 26 1

59501 A 3005.0 -1 -2 1 53 25 2 59501 8 3037.0 --1 -3 1 35 28 2 59501 C 3091.0 -•2 -5 2 30 26 1 59501 D 3109.0 -2 -7 1 14 31 1

59602 A 3234.0 -2 -6 1 23 29 2 59602 B 3243.0 --5 -10 2 18 27 1 59602 C 3263.0 -•8 -12 5 26 23 1 59602 D 3323.0 -6 -8 4 25 31 1 59602 E 3331.0 -8 -8 7 26 30 1 59602 F 3360.0 --1 -8 1 24 2 59602 G 3399.0 -1 -4 1 23 29 1

59701 A 3524.0 -1 -5 1 28 2 59701 B 3587.0 -10 -9 9 24 32 1 59701 C 3592.0 -6 -8 4 26 30 1 59701 D 3648.0 -3 -4 4 35 35 1 59701 E 3666.0 -6 -9 4 20 32 1

59802 A 3794.0 -8 -7 9 29 30 1 59802 B 3814.0 -9 -9 1 31 25 2 59802 C 3875.0 -7 -8 1 19 37 2 59802 D 3880.0 -9 -5 17 28 38 1 59802 E 3952.0 -1 -11 1 30 2

PAGE 6

### HORSEFLY LAKE ###


(PPM) QUAD. (PPM)


CHANNEL

59901 A 4034.0 --1 -9 1 31 2 59901 B 4060.0 -1 -7 1 29 2 59901 C 4115.0 --1 -5 1 34 1 59901 D 4174.0 -1 -4 1 19 33 1 59901 E 4191,0 -2 -7 1 16 29 1

60002 A 4335.0 --1 -4 1 19 33 1 60002 B 4353.0 -4 -8 1 26 26 2 60002 C 4409.0 -3 -4 1 35 35 2 60002 D 4474.0 -1 -6 1 30 2 60002 E 4495.0 -1 -5 1 28 2

60101 A 4595.0 -2 -4 2 33 30 1 60101 8 4624.0 -1 -6 1 30 2 60101 C 4674.0 --2 -4 2 23 40 1 60101 D 4736.0 -1 -4 1 18 34 1 60101 E 4753.0 -13 -11 3 20 33 2

60202 A 4857.0 -3 -9 1 13 32 2 60202 B 4874.0 -1 -4 1 26 26 1 60202 C 4988.0 --1 -9 1 27 2 60202 D 5010.0 -1 -5 1 30 1

60301 A 5105.0 --1 -4 1 24 28 1 60301 B 5114.0 -1 -16 1 26 2 60301 C 5251.0 •-1 -5 1 30 2 60301 D 5267.0 -5 -13 1 35 2 60301 E 5294.0 2 -1 0 29 2

60402 A 5389.0 -1 -6 1 32 1 60402 B 5408.0 -1 -5 1 31 1 60402 C 5526.0 -2 -7 1 23 22 1 60402 D 5544.0 -2 -7 1 20 25 1

60501 A 5664.0 -1 -7 1 35 2 60501 B 5681.0 -1 -4 1 25 27 1 60501 C 5811.0 -2 -8 1 8 34 1

60602 A 6059.0 -1 -4 1 27 25 2

60701 A 6342.0 -8 -18 1 13 22 2 60701 8 6346.0 -1 -5 1 26 1 60701 C 6360.0 -4 -7 3 26 30 1

PAGE 7

*n HORSEFLY LAKE *1*


QUAD. (PPM)


CHANNEL

60802 A 6430.0 -4 -6 4 27 32 1 60802 B 6647.0 --1 -13 1 18 2

60901 A 6788,0 -1 -7 1 29 2

61002 A 7171.0 -1 -6 1 27 2

61101 A 7405.0 -1 -6 1 33 1

61202 A 7496.0 -4 -7 3 31 25 1 61202 B 7605.0 -1 -4 1 29 23 1 61202 C 7633.0 --1 -6 1 25 1

61301 A 7813.0 -1 -4 1 21 31 1 61301 B 7830.0 --1 -4 1 25 27 1 61301 C 7931.0 -3 -9 1 23 22 1

61402 A 7995.0 --4 -9 2 16 33 1 61402 B 8113.0 -1 -11 1 27 2

61501 A 51.0 --2 -4 2 36 27 1 61501 B 115.0 -1 -4 1 21 31 1

61602 A 325.0 -8 -4 20 40 30 1 61602 B 417.0 -1 -12 1 29 2 61602 C 499.0 --1 -8 1 25 2

61701 A 583.0 -1 -5 1 18 2 61701 B 652.0 -1 -7 1 30 2 61701 C 724.0 -2 -9 1 13 29 2 61701 D 745.0 -10 -19 1 4 34 2

61802 A 827.0 -4 -4 5 40 30 1 61802 B 843.0 -1 -3 1 39 24 2 61802 C 902,0 -1 -8 1 25 2 61802 D 916.0 -1 -8 1 24 2

61901 A 1155.0 -6 -6 7 32 31 1 61901 8 1191.0 -1 -4 1 25 27 1 61901 C 1196.0 -1 -5 1 29 2 61901 D 1211.0 -2 -6 1 20 32 1

PAGE 8

##* HORSEFLY LAKE ##*


(PPM)

QUAD.

(PPM)



CHANNEL

62002 A 1267.0 -6 -9 4 28 24 1 62002 B 1269.0 -8 -11 5 25 24 1 62002 C 1294.0 -2 -6 1 28 24 1 62002 D 1335.0 -6 -8 4 28 28 1 62002 E 1462.0 -1 -7 1 30 2

62101 A 1544.0 -1 -8 1 27 2 62101 B 1563.0 --1 -9 1 26 2 62101 C 1644.0 -4 -6 4 26 33 1 62101 D 1679.0 -1 -4 1 28 24 1 62101 E 1686.0 1 -4 0 24 1 62101 F 1703.0 --4 -9 2 19 30 1

62202 A 1764.0 -10 -15 4 18 24 1 62202 B 1789.0 -3 -9 1 18 27 2 62202 C 1833.0 -6 -6 7 33 30 1 62202 D 1918.0 -1 -4 1 28 24 1

62301 A 2027.0 -2 -4 2 39 24 1 62301 B 2091.0 -4 -4 5 37 33 1 62301 C 2133.0 --1 -7 1 26 2 62301 D 2152,0 -29 -15 20 17 26 1

62402 A 2229.0 -1 -5 1 29 2 62402 B 2268.0 -1 -5 1 33 2 62402 C 2285.0 --2 -4 2 37 26 1 62402 D 2309.0 -1 -5 1 24 2 62402 E 2341.0 --1 -10 1 25 2

62501 A 2474.0 -4 -8 2 27 25 1 62501 B 2520.0 -6 -4 2 39 32 2

62602 A 2568.0 -52 -22 41 20 20 1 62602 B 2581.0 -13 -6 27 35 24 1 62602 C 2641.0 -4 -6 4 33 26 1 62602 D 2658.0 -1 -5 1 21 1 62602 E 2682.0 -1 -5 1 20 1

62701 A 2818.0 -1 -3 1 33 30 1 62701 B 2838.0 -2 -5 2 29 27 1 62701 C 2846.0 -11 -10 9 26 26 1 62701 D 2894.0 -4 -8 2 26 26 1

62802 A 2961.0 -2 -5 2 27 29 1 62802 B 3020.0 -7 -5 11 36 30 1

PAGE 9

#*# HORSEFLY LAKE


QUAD. (PPM)


CHANNEL

62802 C 3027.0 -2 -4 2 38 25 1

62901 A 3187.0 -8 -9 5 23 29 1 62901 B 3227,0 -1 -4 1 17 35 1 62901 C 3233.0 --1 -4 1 17 35 1

63002 A 3285,0 -24 -17 13 19 26 1 63002 B 3306.0 -8 -9 1 18 34 2 63002 C 3358.0 -8 -9 5 21 31 1

63101 A 3532.0 -6 -7 5 28 31 1 63101 B 3595.0 -12 -8 9 25 32 1

63202 A 3722.0 --7 -5 2 27 39 2 63202 B 3780.0 -.4 -7 3 24 32 1

63311 A 3954.0 -5 -8 3 23 29 1 63311 B 3959.0 -8 -7 9 28 31 1 63311 C 4003.0 --1 -5 1 35 1

63402 A 4056.0 -11 -5 20 41 25 1 63402 B 4060.0 -12 -5 20 39 27 1 63402 C 4132.0 -.9 -6 13 35 28 1 63402 D 4141.0 -1 -4 1 24 28 1

63501 A 4301.0 -•4 -5 4 37 29 1 63501 B 4310.0 -13 -8 20 30 27 1 63501 C 4356.0 -2 -5 2 31 25 1

63602 A 4436.0 -4 -9 2 23 26 1 63602 B 4503.0 -7 -7 7 27 32 1 63602 C 4513.0 -•1 -5 1 31 1 63602 D 4553.0 -1 -11 1 31 2

63701 A 4657.0 -1 -4 1 22 30 1 63701 B 4698.0 -1 -7 1 39 1 63701 C 4748.0 -5 -9 3 18 31 1

63802 A 4822.0 -11 -9 9 28 28 1 63802 B 4927.0 -1 -7 1 27 2

63901 A 44.0 -1 -7 1 36 2

PAGE 10

### HORSEFLY LAKE ###


(PPM)

QUAD.

(PPM)



CHANNEL

63901 B 73.0 --2 -9 1 4 38 2 63901 C 134.0 -1 -7 1 33 2 63901 D 189.0 -2 -8 1 8 34 2 63901 E 199.0 -11 -4 27 34 34 1

64002 A 344.0 -5 -4 9 27 43 1 64002 B 353.0 -1 -7 1 35 2 64002 C 407.0 -18 -16 3 4 41 2 64002 D 411,0 •-5 -6 4 28 35 1 64002 E 431.0 -1 -8 1 38 2

64101 A 567.0 -1 -4 1 23 29 2 64101 B 622.0 -4 -9 1 13 36 2 64101 C 634.0 -1 -7 1 35 2 64101 D 682.0 -2 -11 1 37 2

64202 A 879.0 -•2 -4 2 29 34 1 64202 B 919.0 -4 -2 13 50 37 1 64202 C 943.0 -12 -17 4 11 31 1

64301 A 1101.0 -•1 -5 1 29 2 64301 B 1141.0 --6 -8 4 24 32 1 64301 C 1153,0 -1 -10 1 32 2 64301 D 1174.0 -1 -7 1 32 2 64301 E 1217.0 -1 -6 1 34 2 64301 F 1228.0 •-1 -9 1 32 2 64301 G 1254,0 -3 -9 1 10 35 1

64402 A 1364.0 --2 -6 1 15 37 2 64402 B 1378.0 -1 -6 1 38 2 64402 C 1402.0 -1 -5 1 36 2 64402 D 1434.0 -4 -10 1 8 37 2 64402 E 1465.0 --1 -7 1 30 2 64402 F 1472.0 -1 -8 1 29 2 64402 G 1483.0 -1 -6 1 25 2

64501 A 1532.0 -3 -4 4 39 31 1 64501 B 1543.0 -2 -5 2 28 28 1 64501 C 1560.0 -4 -6 4 19 40 1 64501 D 1589.0 -3 -5 2 34 32 1 64501 E 1629.0 -1 -6 1 29 1 64501 F 1635.0 -2 -7 1 17 28 1 64501 G 1642.0 -4 -12 2 19 26 1

64602 A 1782.0 -1 -4 1 19 33 1 64602 B 1787.0 -1 -4 1 19 33 1

PAGE 11

HORSEFLY LAKE ttt


QUAD. (PPM)


CHANNEL

64602 C 1802.0 --1 -4 1 20 32 2 64602 D 1828.0 -1 -5 1 38 2 64602 E 1855.0 -3 -5 2 28 38 1 64602 F 1861.0 -8 -12 5 12 37 1 64602 G 1874.0 -1 -7 1 31 2 64602 H 1881.0 -1 -6 1 28 2

64701 A 2019.0 -2 -6 1 20 32 1 64701 B 2024.0 -9 -7 11 23 38 1 64701 C 2066.0 -1 -4 1 22 30 1 64701 D 2097.0 --1 -7 1 36 2 64701 E 2103.0 -1 -8 1 34 2 64701 F 2111.0 -1 -4 1 9 43 1 64701 G 2126.0 -1 -10 1 38 2

64802 A 2220.0 •-3 -8 1 13 36 2 64802 B 2230.0 -1 -10 1 36 2 64802 C 2247.0 --2 -4 2 31 32 1 64802 D 2260.0 -1 -13 1 27 2 64802 E 2331.0 -32 -23 17 12 30 1 64802 F 2335.0 -12 -17 4 9 33 1 64802 G 2363.0 --1 -6 1 28 2

64901 A 2561.0 -9 -9 7 20 36 1 64901 8 2564.0 -9 -7 11 26 35 1 64901 C 2584.0 -3 -5 1 23 43 2 64901 D 2649.0 -3 -6 2 30 26 1 64901 E 2679.0 -2 -6 1 27 25 1 64901 F 2686.0 -4 -7 3 28 28 1

65002 A 2772.0 -1 -8 1 25 1 65002 8 2781.0 -1 -8 1 29 1 65002 C 2807.0 -1 -5 1 30 1 65002 D 2859.0 -1 -4 1 10 42 1 65002 E 2885.0 -8 -14 3 8 30 1 65002 F 2905.0 2 -4 0 27 1

65101 A 2993.0 -2 -5 2 22 34 1 65101 B 3007.0 -3 -12 1 11 31 2 65101 C 3076.0 -3 -4 4 40 30 1 65101 D 3097.0 -1 -4 1 15 37 1 65101 E 3105.0 -1 -5 1 25 1

65202 A 3172.0 -2 -4 2 31 32 1 65202 B 3181.0 -2 -5 2 21 35 1 65202 C 3197.0 -2 -4 2 34 29 1 65202 D 3202.0 -2 -4 2 36 27 1

PAGE 12

HORSEFLY LAKE ##*


QUAD. (PPM)


CHANNEL

65202 E 3255,0 -2 -5 2 29 27 1 65202 F 3278.0 -1 -4 1 15 37 1

65301 A 3351.0 -4 -2 13 53 34 1 65301 D 3372.0 -1 -8 1 26 2 65301 C 3426.0 -5 -6 4 34 29 1 65301 D 3431.0 -23 -19 9 7 35 1 65301 E 3446.0 -4 -15 1 30 2 65301 F 3458.0 -4 -3 9 39 39 1

65402 A 3562.0 --4 -6 4 22 37 1 65402 B 3567.0 -3 -5 2 25 41 1 65402 C 3583.0 -4 -4 5 40 30 1 65402 D 3587.0 -36 -14 34 10 33 1 65402 E 3594.0 -5 -8 1 24 28 2 65402 F 3655.0 -4 -6 4 39 20 1 65402 G 3675.0 -2 -4 1 22 41 2

65501 A 3840.0 -16 -12 15 18 35 1 65501 B 3847.0 --3 -4 4 40 30 1 65501 C 3898.0 4 -4 0 30 2 65501 D 3918.0 -10 -9 9 18 38 1 65501 E 3937.0 -4 -10 2 8 37 1

65602 A 4101.0 -3 -6 1 11 45 2 65602 B 4106.0 -6 -8 4 17 39 1 65602 C 4135.0 -1 -4 1 25 27 1 65602 D 4187.0 -5 -4 9 34 36 1 65602 E 4196.0 -5 -5 5 25 41 1

65701 A 4318.0 --4 -5 4 27 39 1 65701 B 4326.0 -12 -9 9 19 37 1 65701 C 4375.0 --1 -5 1 32 1 65701 D 4383.0 -6 -9 4 19 33 1 65701 E 4390.0 -10 -10 9 16 36 1 65701 F 4410.0 -6 -10 4 13 36 1 65701 G 4413.0 -8 -12 5 18 31 1

65802 A 4572.0 -1 -5 1 37 1 65802 B 4577.0 -1 -6 1 41 1 65802 C 4594.0 -15 -14 9 16 32 1 65802 D 4603.0 -1 -8 1 26 1 65802 E 4661.0 -3 -5 2 31 35 1 65802 F 4695.0 -2 -9 1 7 35 2

65901 A 4771.0 -1 -7 1 31 2

PAGE 13

HORSEFLY LAKE Vlut


OUAD. (PPM)


CHANNEL

65901 B 4858.0 -1 -5 1 27 1 65901 C 4870.0 -52 -15 47 11 31 1 65901 D 4887.0 -2 -4 2 30 33 1 65901 E 4906.0 -1 -4 1 14 38 2

66002 A 5044.0 -1 -8 1 32 2 66002 B 5062.0 --1 -6 1 27 1 66002 C 5066.0 -5 -10 2 14 31 1 66002 D 5080.0 -9 -6 13 33 30 1 66002 E 5088.0 -7 -10 4 14 35 1 66002 F 5149.0 --1 -4 1 12 40 1

66101 A 5248.0 -1 -4 1 16 36 1 66101 B 5307.0 -11 -11 9 15 37 1 66101 C 5317.0 -11 -7 13 22 39 1 66101 D 5329.0 --6 -11 4 12 37 1 66101 E 5333.0 -4 -7 3 18 38 1 66101 F 5348.0 -3 -5 2 29 37 1

66202 A 5496.0 -1 -5 1 28 2 66202 B 5509.0 --4 -8 1 16 36 2 66202 C 5513.0 -9 -11 6 17 35 1 66202 D 5526.0 -1 -4 1 19 33 1 66202 E 5535.0 -12 -11 9 15 37 1 66202 F 5590,0 --1 -29 1 37 2 66202 G 5606.0 -1 -7 1 28 1

66301 A 5712.0 -1 -6 1 26 2 66301 B 5719.0 -3 -3 5 46 32 1 66301 C 5771.0 -4 -6 4 25 34 1 66301 D 5791.0 -9 -9 7 22 34 1 66301 E 5813.0 -4 -5 4 37 29 1

66402 A 5949.0 -6 -6 7 26 37 1 66402 B 5954.0 -9 -11 6 15 37 1 66402 C 5976.0 -8 -4 20 29 41 1 66402 D 6033.0 -5 -5 5 29 37 1

66501 A 6144.0 -6 -8 4 26 30 1 66501 B 6180.0 -1 -4 1 10 42 1 66501 C 6204.0 -4 -5 4 25 41 1 66501 D 6228.0 -8 -12 5 19 30 1 66501 E 6233.0 -6 -7 5 21 38 1

66602 A 6441.0 -3 -6 2 19 37 1 66602 B 6446.0 -13 -14 9 9 39 1

PAGE 14

**# HORSEFLY LAKE

ANOMALY FIDUCIAL PHASE QUAD. CONDUCTOR ELEVATION MAGNETOMETER CHANNEL (PPM) (PPM) MHOS DEPTH (METER) FIDUCIAL GAMMAS

66602 C 6471.0 -12 -10 9 17 35 1 66602 D 6492.0 -2 -6 1 19 33 1 66602 E 6530.0 -12 -6 13 28 35 1

*41 ANOMALIES INDICATED BY THIS SIGN HAVE NOT BEEN PLOTTED DUE TO SUPERPOSITION WITH THE ADJACENT ANOMALY


PAGE 1

~## DESJARDINS I##


QUAD. (PPM)


CHANNEL

23102 A 6900.0 •-1 -11 1 23 2 23102 8 6927.0 -1 -12 1 25 2 23102 C 6975.0 -2 -7 1 13 32 1 23102 D 6990.0 -1 -6 1 25 1

23201 A 6708.0 --4 -10 2 15 30 1 23201 B 6742.0 -1 -14 1 25 2 23201 C 6782.0 -4 -11 1 16 29 2

23301 A 6429.0 -1 -10 1 27 1 23301 B 6461.0 -1 -10 1 27 1 23301 C 6527.0 -1 -6 1 26 1

23402 A 6322,0 -1 -4 1 17 35 1 23402 B 6367.0 -1 -7 1 33 1 23402 C 6393.0 1 -7 0 31 1

23501 A 6121.0 -1 -10 1 28 1 23501 B 6156.0 --1 -11 1 26 1

23602 A 6026.0 -1 -11 1 27 1 23602 B 6061.0 -6 -13 2 13 25 1 23602 C 6075.0 -2 -14 1 24 1

23701 A 5832.0 -1 -8 1 34 1 23701 8 5869.0 --1 -16 1 20 1 23701 C 5899.0 -5 -3 13 45 33 1

23802 A 5687.0 -4 -4 5 37 33 1 23802 B 5699.0 -1 -4 1 21 31 1 23802 C 5720.0 -1 -7 1 30 1 23802 D 5747.0 -1 -6 1 30 1 23802 E 5760.0 -1 -6 1 30 1

23901 A 5510.0 -2 -9 1 15 27 1 23901 B 5525.0 -2 -7 1 17 28 1 23901 C 5546.0 -1 -10 1 23 2

24002 A 5361.0 -2 -9 1 16 26 1 24002 B 5375.0 -1 -10 1 25 1

24101 A 5151.0 -4 -8 2 25 27 1 24101 B 5159.0 -8 -6 10 32 31 1

PAGE 2

$ K# DESJARDINS ##1<


QUAD. (PPM)


CHANNEL

24101 C 5191.0 -8 -13 3 15 23 1 24101 D 5211.0 •-3 -6 2 29 27 1

24202 A 4978.0 -3 -5 2 35 31 1 24202 B 4989.0 --6 -4 11 43 28 1 24202 C 4999.0 -1 -7 1 25 1 24202 D 5007.0 -5 -7 4 30 29 1 24202 E 5020.0 -1 -8 1 29 1 24202 F 5033.0 -11 -4 27 36 32 1

24301 A 4790.0 -1 -6 1 28 1 24301 B 4806.0 -9 -5 17 30 36 1 24301 C 4818,0 -1 -9 1 31 1 24301 D 4827.0 -4 -8 2 19 33 1 24301 E 4864,0 -1 -8 1 27 1 24301 F 4876.0 --3 -4 4 39 31 1

24402 A 4459.0 2 -4 0 33 2 24402 B 4493.0 -8 -3 2/ 39 36 1 24402 C 4535.0 -2 -5 2 27 29 1 24402 D 4573.0 -14 -9 17 22 34 1 24402 E 4582.0 -6 -11 4 19 30 1 24402 F 4600.0 -5 -10 2 15 30 1 24402 G 4638,0 -5 -16 : 9 26 1 24402 H 4650.0 -15 -8 20 26 31 1

24501 A 4149.0 -17 -5 41 27 34 1 24501 B 4164.0 --5 -9 3 16 33 1 24501 C 4207.0 -4 -9 2 16 33 1 24501 D 4222.0 -18 -10 23 21 31 1 24501 E 4300.0 -5 -10 1 6 39 2 24501 F 4335.0 1 -6 0 34 2

24602 A 3844.0 2 -7 0 34 2 24602 B 3878.0 -•2 -10 1 36 2 24602 C 3952.0 -14 -12 15 25 28 1 24602 D 3958.0 -13 -10 15 24 29 1 24602 E 3986.0 -3 -13 1 25 i. 24602 F 4028.0 -7 -16 2 12 26 1 24602 G 4039.0 -14 -8 20 32 25 1

24701 A 3553.0 -8 -10 5 19 30 1 24701 B 3576.0 -2 -15 1 23 1 24701 C 3599.0 -5 -12 2 16 29 1 24701 D 3620.0 -9 -9 7 23 33 1 24701 E 3695.0 -5 -12 1 8 37 2 24701 F 3728.0 1 -9 0 31 2

PAGE 3

t** DESJARDINS 4tt


QUAD. (PPM)


CHANNEL

24802 A 3248.0 3 -4 0 36 1

24802 B 3284.0 -1 -5 1 31 1 24802 C 3365.0 --5 -6 4 28 35 1 24802 D 3385.0 -5 -10 2 15 30 1 24802 E 3412.0 -3 -13 1 26 1 24802 F 3443.0 -10 -7 13 28 33 1

24901 A 2917.0 -12 -6 13 28 35 1 24901 B 2980.0 -5 -13 2 9 26 1 24901 C 2994.0 -16 -10 15 26 27 1 24901 D 3061.0 -13 -6 27 24 35 1

24901 E 3098.0 4 -12 0 33 2

25002 A 2650.0 6 -11 0 30 2 25002 B 2689.0 -20 -11 23 29 23 1 25002 C 2706.0 -5 --7 4 33 26 1 25002 D 2768,0 -3 -8 2 18 31 1 25002 E 2845.0 -12 -5 20 36 30 1

25101 A 2360.0 -3 -11 1 18 24 1 25101 B 2373.0 -4 -10 2 20 25 1 25101 C 2435.0 -1 -10 1 30 1 25101 D 2489.0 -4 -2 13 56 31 1 25101 E 2505.0 -7 -6 9 32 31 1 25101 F 2540.0 1 -9 0 35 2

25202 A 2075.0 13 -9 0 28 2 25202 B 2110.0 --7 -7 7 33 26 1 25202 C 2132.0 -22 -5 54 37 22 1 25202 D 2173.0 -8 -8 7 26 30 1 25202 E 2190.0 -3 -11 1 14 28 1 25202 F 2238.0 -•6 -11 4 22 27 1 25202 6 2253.0 -7 -7 7 33 26 1

25301 A 1764.0 -4 -7 3 26 30 1 25301 B 1781.0 -8 -7 9 32 27 1 25301 C 1796.0 -8 -12 5 18 31 1 25301 D 1841.0 -9 -12 6 28 24 1 25301 E 1860.0 -4 -12 2 16 29 1 25301 F 1876.0 -12 -6 13 37 26 1 25301 G 1909.0 -7 -3 20 47 28 1 25301 H 1930.0 -8 -7 9 31 28 1 25301 k 1965.0 9 -4 0 31 2

25402 A 1503.0 10 -1 0 28

PAGE 4

ttt DESJARDINS ttt


QUAD. (PPH)


CHANNEL

25402 B 1551.0 -13 -7 24 35 23 1 25402 C 1569.0 -8 -4 20 34 36 1 25402 D 1604.0 -10 -5 20 29 37 1 25402 E 1631.0 -10 -10 9 22 30 1 25402 F 1684,0 -7 -8 5 26 30 1

25501 A 1239.0 -9 -6 13 32 31 1 25501 B 1260.0 -13 -15 9 23 25 1 25501 C 1301.0 -10 -7 13 24 37 1 25501 D 1326.0 -14 -8 20 30 27 1 25501 E 1355.0 -7 -6 9 29 34 1 25501 F 1371.0 -17 -12 15 28 25 1 25501 G 1418.0 5 -1 0 37 2

25602 A 964.0 1 -2 0 39 2 25602 B 989.0 -2 -6 1 24 28 1 25602 C 998.0 -17 -10 15 22 31 1 25602 D 1075.0 -8 -7 9 26 33 1 25602 E 1116.0 -2 -9 1 11 31 25602 F 1158.0 -1 -5 1 33 1

25701 A 641.0 -3 -8 2 17 32 1 25701 B 655.0 -6 -6 7 32 31 1 25701 C 683.0 -4 -16 1 24 1 25701 D 705.0 -13 -9 17 26 30 1 25701 E 717.0 -7 -11 4 26 23 1 25701 F 741.0 --4 -9 2 27 22 1 25701 G 768.0 -1 -8 1 27 1 25701 H 790.0 -9 -8 9 33 24 1 25701 K 832.0 7 -3 0 33 2

25811 A 7512.0 -6 -7 5 32 27 1 25811 B 7539.0 -4 -12 2 19 26 1 25811 C 7552.0 -1 -8 1 21 1 25811 D 7568.0 -11 -7 13 28 33 1 25811 E 7577.0 -2 -7 1 17 28 1 25811 F 7630.0 -1 -5 1 25 1 25811 G 7656.0 -24 -12 23 30 22 1 25811 H 7699.0 8 -1 0 28 2

25901 A 108.0 -12 -10 9 28 24 1 25901 B 131.0 -9 -11 6 19 33 1. 25901 C 162,0 -21 -8 34 20 34 1 25901 D 183.0 -5 -6 4 26 37 1 25901 E 229.0 -2 -6 1 18 34 1 25901 F 250.0 -16 -7 24 30 28 1 25901 G 291.0 30 -2 0 31 2

PAGE 5

DESJARDINS 4#1<


QUAD. (PPM)


CHANNEL

26002 A 11599.0 23 -4 0 26 1 26002 B 11672.0 -2 -10 1 8 27 1 26002 C 11692.0 -7 -7 7 23 36 1 26002 D 11724.0 -7 -15 2 10 28 1 26002 E 11748.0 -34 -19 17 16 26 1 26002 F 11753.0 -33 -24 17 20 22 1 26002 G 11757.0 -23 -27 5 13 22 1 26002 H 11778.0 -7 -17 2 10 28 1 26002 K 11797+0 -8 -12 5 19 30 1 26002 M 11810.0 -6 -8 4 17 39 1

26101 A 11333.0 -4 -15 1 23 1 26101 B 11345.0 -3 -19 1 20 1 26101 C 11360,0 -1 -22 1 20 1 26101 D 11378.0 -26 -21 17 19 23 1 26101 E 11383+0 -35 -16 20 20 23 1 26101 F 11409.0 -4 -12 2 17 28 1 26101 G 11419,0 1 -11 0 25 1 26101 H 11444.0 -7 -8 5 21 35 1 26101 K 11463.0 -•4 -13 1 27 1 26101 M 11482.0 -10 -12 9 23 29 1 26101 N 11516.0 26 -5 0 27 1

26202 A 11009.0 14 -4 0 31 2 26202 B 11044.0 -6 -9 4 24 28 1 26202 C 11066.0 -3 -7 2 22 30 1 26202 D 11085.0 -5 -3 13 41 37 1 26202 E 11123+0 --4 -9 2 19 30 1 26202 F 11145.0 -47 -21 41 21 19 1 26202 G 11152.0 -10 -20 4 15 23 1 26202 H 11177.0 -2 -12 1 9 26 1 26202 K 11197.0 --3 -9 1 13 32 1

26301 A 10713,0 -4 -13 1 26 1 26301 B 10735.0 -2 -10 1 9 26 1 26301 C 10758+0 -4 -15 1 27 1 26301 D 10763.0 -14 -13 9 19 29 1 26301 E 10794,0 -1 -12 1 24 1 26301 F 10803.0 1 -10 0 24 1 26301 G 10820.0 -7 -11 4 22 27 1 26301 H 10827.0 -7 -11 4 21 28 1 26301 K 10863.0 -5 -10 2 13 32 1 26301 M 10890.0 16 -2 0 27 2

26402 A 10414.0 14 -5 0 31 1 26402 B 10439.0 -7 -11 4 18 31 1 26402 C 10486.0 -6 -7 5 25 34 1 26402 D 10494.0 -4 -8 2 20 32 1 26402 E 10525+0 -3 -10 1 9 33 1

PAGE 6

1<*1< DESJARDINS


QUAD. (PPM)


CHANNEL

26402 F 10557.0 -11 -16 4 16 26 1 26402 G 10574.0 --4 -11 2 12 33 1 26402 H 10590.0 -4 -13 1 30 1 26402 K 10605.0 •-4 -7 3 24 32 1

26501 A 10159.0 -2 -8 1 13 29 1 26501 B 10175.0 --1 -13 1 27 1 26501 C 10203.0 -10 -13 4 13 29 1 26501 D 10209.0 -15 -15 9 19 29 1 26501 E 10231.0 -1 -13 1 27 1 26501 F 10244.0 1 -10 0 25 1 26501 G 10265.0 -6 -11 4 20 29 1 26501 H 10301.0 -5 -12 2 18 27 1 26501 K 10330.0 5 -4 0 29 1

26602 A 9828.0 -2 -4 2 31 32 1 26602 B 9840.0 -1 -10 0 26 1 26602 C 9850.0 -3 -13 1 24 1 26602 D 9865.0 -3 -15 1 22 1 26602 E 9918.0 =20 -16 13 17 28 1 26602 F 9945.0 -1 -12 0 25 1 26602 G 9977.0 -17 -14 9 18 30 1 26602 H 9983.0 -13 -16 9 21 27 1 26602 K 10002.0 --3 -10 1 10 32 1 26602 M 10020.0 -6 -10 4 18 31 1

26701 A 9553.0 -5 -9 3 19 30 1 26701 B 9584.0 -2 -16 1 23 1 26701 C 9595.0 -8 -13 3 12 26 1 26701 D 9602.0 -13 -12 15 26 27 1 26701 E 9624.0 --1 -10 1 33 1 26701 F 9637.0 -1 -9 0 25 1 26701 G 9657.0 -19 -17 13 19 26 1 26701 H 9701.0 -3 -7 2 27 25 1 26701 K 9716.0 --1 -9 1 28 1 26701 M 9723.0 -1 -8 1 31 1

26802 A 9246.0 5 -11 0 23 1 26802 B 9256.0 -1 -12 1 23 1 26802 C 9281.0 --3 -9 1 21 24 1 26802 D 9321.0 -1 -10 1 23 1 26802 E 9325,0 --2 -11 1 12 23 1 26802 F 9360.0 -1 -17 1 22 1 26802 G 9387.0 -11 -10 9 22 30 1 26802 H 9407.0 -2 -8 1 20 22 1 26802 K 9434.0 -2 -7 1 9 36 1

26901 A 9000.0 -6 -12 4 25 24 1

PAGE 7

* 13 DESJARDINS


QUAD. (PPM)

CONDUCTOR ELEVATION 4AGNETOMETER MHOS DEPTH (METER) FIDUCIAL GAMMAS

CHANNEL

26901 B 9037.0 -7 -7 7 34 25 1 26901 C 9045.0 -10 -8 9 28 29 1 26901 D 9076.0 -•1 -9 0 28 1 26901 E 9139.0 -7 -6 9 31 32 1 26901 F 9155.0 -1 -7 1 27 1 26901 G 9166.0 3 -6 0 30 1

27002 A 8714.0 3 -6 0 36 1 27002 B 8727.0 -1 -9 1 28 1 27002 C 8741.0 -5 -8 3 27 25 1 27002 D 8812.0 -1 -10 1 24 1 27002 E 8837.0 -1 -12 1 25 1 27002 F 8846.0 -9 -9 7 27 29 1 27002 G 8889.0 -3 -7 2 25 27 1

27101 A 8443.0 --2 -6 1 18 34 1 27101 B 8460,0 -2 -9 1 17 25 1 27101 C 8501.0 -1 -12 1 26 1 27101 D 8518.0 -1 -12 0 20 1 27101 E 8584.0 --3 -8 2 20 29 1 27101 F 8593.0 -1 -9 1 29 1 27101 G 8605.0 1 -13 0 32 2

27202 A 8159.0 2 -4 0 23 1

27202 B 8169.0 --1 -13 0 18 1 27202 C 8192.0 -4 -16 i 22 1 27202 D 8212.0 -2 -8 1 11 31 1 27202 E 8245.0 -3 -6 2 22 34 1 27202 F 8276.0 -2 -17 0 18 1 27202 G 8312.0 -3 -5 2 46 20 1

27301 A 7881.0 -1 -6 1 33 1 27301 B 7892.0 -1 -5 1 26 1 27301 C 7950.0 -1 -11 1 22 1 27301 D 7972.0 1 -4 0 33 1 27301 E 8031.0 -1 -10 1 26 1 27301 F 8040.0 1 -13 0 30 2

27402 A 7484.0 1 -6 0 25 1 27402 B 7506.0 -4 -13 1 24 1 27402 C 7524.0 -3 -11 1 18 24 1 27402 D 7585.0 -2 -7 1 14 31 1 27402 E 7617.0 -3 -5 2 31 35 1

27501 A 7230.0 -1 -4 1 36 16 1 27501 B 7261,0 -1 -5 1 33 1 27501 C 7303.0 -1 -7 1 28 1

PAGE 8

### DESJARDINS ###


QUAD. (PPM)


CHANNEL

27501 D 7358.0 -3 -11 1 14 28 1

27501 E 7381.0 3 -5 0 30 1

27602 A 6952.0 2 -8 0 31 1 27602 8 6981.0 -1 -8 1 25 1 27602 C 7025.0 -1 -11 0 23 1 27602 D 7036.0 --1 -9 1 25 1 27602 E 7128.0 -3 -8 2 20 29 1

27602 F 7143.0 --1 -5 1 36 1

27701 A 6677.0 -1 -5 1 34 1 27701 B 6694.0 --4 -9 2 16 33 1 27701 C 6721.0 -3 -5 2 39 27 1 27701 D 6758.0 --1 -4 1 26 26 1 27701 E 6787.0 -2 -9 0 27 1 27701 F 6805.0 --3 -8 0 29 1 27701 G 6843.0 -5 -10 2 18 27 1 27701 H 6860.0 --1 -10 0 31 1

27802 A 6386.0 8 -11 0 24 1 27802 B 6397.0 --1 -12 1 22 1 27802 C 6457.0 -1 -11 1 24 1 27802 D 6476.0 -2 -8 0 28 1 27802 E 6499.0 -1 -3 1 36 27 1 27802 F 6521.0 -1 -5 1 32 1 27802 G 6547.0 -1 -4 1 19 33 1 27802 H 6567.0 --1 -9 1 27 1 27802 K 6583.0 -6 -13 2 11 27 1

27911 A 6112.0 --8 -10 5 23 26 1 27911 B 6123.0 -3 -13 1 25 1 27911 C 6187.0 -2 -10 1 12 23 1 27911 D 6232.0 -1 -12 0 24 1 27911 E 6288.0 -2 -13 1 23 1 27911 F 6300.0 2 -9 0 26 1

28002 A 5761.0 1 -8 0 27 1 28002 B 5776.0 -2 -14 1 23 1 28002 C 5832.0 -1 -10 1 25 1 28002 D 5871.0 -1 -6 1 38 1 28002 E 5904.0 -1 -3 1 38 25 1 28002 F 5926.0 -3 -10 1 11 31 1 28002 G 5943.0 -3 -9 1 16 29 1 28002 H 5959.0 -1 -6 1 29 1

28101 A 5503.0 -6 -11 4 21 28 1 28101 B 5524.0 -3 -8 2 19 30 1

PAGE 9

#1<* DESJARDINS #1t*


QUAD. (PPM)


CHANNEL

28101 C 5572.0 --2 -4 2 16 47 1 28101 D 5606.0 -2 -7 0 31 1 28101 E 5662.0 -3 -9 1 17 28 1 28101 F 5675.0 -1 -6 0 26 1

28202 A 5202.0 1 -4 0 29 1 28202 B 5227.0 -2 -6 1 20 32 1 28202 C 5248.0 -1 -5 1 25 1 28202 D 5260.0 -1 -5 1 26 1 28202 E 5300.0 -•1 -13 1 39 2 28202 F 5321.0 •-1 -5 1 46 1 28202 G 5347.0 --1 -5 1 41 1 28202 H 5368.0 -2 -8 1 9 33 1 28202 K 5390.0 -2 --9 1 12 30 1 28202 M 5400.0 -2 -9 1 9 33 1 28202 N 5409.0 -1 -9 1 31 1

28301 A 4924.0 --1 -4 1 26 26 1 28301 B 4950.0 -3 -8 2 26 23 1 28301 C 4972.0 -3 -11 1 10 32 1 28301 D 5013.0 -1 -5 1 33 1 28301 E 5033.0 -2 -5 2 24 32 1 28301 F 5056.0 -•1 -4 1 21 31 1 28301 G 5101.0 -1 -6 1 31 1 28301 H 5123.0 5 -5 0 26 1

28402 A 4667.0 3 -5 0 27 1 28402 B 4687.0 -1 -7 1 32 1 28402 C 4703.0 -3 -6 2 26 30 1 28402 D 4740.0 -1 -6 1 35 ]. 28402 E 4761.4 -1 -4 1 13 39 1 28402 F 4797.0 -1 -5 1 33 1 28402 G 4831.0 -3 -13 1 29 1 28402 H 4869.0 -2 -11 1 6 29 1

28501 A 4366.0 -3 -10 1 12 30 1 28501 B 4374.0 -3 -10 1 15 27 1 28501 C 4386.0 -3 -10 1 11 31 1 28501 D 4404.0 -4 -16 1 26 1 28501 E 4448.0 -1 -6 1 35 1 28501 F 4476.0 -1 -4 1 15 37 1 28501 G 4490.0 -1 -16 1 38 2 28501 H 4509.0 -1 -5 1 34 1 28501 K 4530.0 -9 -6 13 30 33 1 28501 M 4569.0 2 -7 0 28 1

28612 A 4064.0 8 -8 0 24 1 28612 B 4070.0 13 -10 0 24 1

PAGE 10

**# DESJARDINS #lcl


QUAD. (PPM)


CHANNEL

28612 C 4116.0 -14 -10 15 28 25 1 28612 D 4132.0 -1 -11 1 25 1 28612 E 4174.0 -1 -4 1 19 33 1 28612 F 4214.0 -2 -13 1 23 1 28612 G 4250.0 -2 -9 1 7 35 1 28612 H 4268.0 -2 -10 1 5 30 1 28612 K 4282.0 -2 -9 1 11 31 1

28701 A 3755.0 -1 -13 1 25 1 28701 B 3792.0 -2 -9 1 13 29 1 28701 C 3806.0 -1 -9 1 28 1 28701 D 3847.0 -1 -5 1 26 1 28701 E 3884.0 --1 -6 1 32 1 28701 F 3892.0 -8 -7 9 28 31 1 28701 G 3911.0 -1 -5 1 28 1 28701 H 3922.0 -1 -7 1 20 1 28701 K 3936.0 5 -6 0 33 1

28802 A 3430.0 -3 -6 2 35 21 1 28802 B 3477.0 -11 -7 13 32 29 1 28802 C 3486.0 -3 -10 1 17 25 1 28802 D 3502.0 -•1 -4 1 25 27 1 28802 E 3533.0 -1 -7 1 21 1 28802 F 3552.0 -1 -4 1 21 31 1 28802 G 3592.0 -1 -8 1 30 1 28802 H 3619.0 -2 -7 1 9 36 1 28802 K 3638.0 -4 -6 4 24 35 1

28901 A 3166.0 -5 -15 2 10 25 1 28901 B 3221.0 -3 -11 1 20 22 1 28901 C 3254.0 -2 -7 1 1. 3 32 1 28901 D 3267.0 -1 -5 1 2 .' 1 28901 E 3291,0 -3 -7 2 22 30 1 28901 F 3317.0 -3 -7 2 24 28 1 28901 G 3352.0 -5 -5 0 29 1

29002 A 2867.0 -3 -5 0 30 1 29002 B 2891.0 -2 -5 2 22 34 1 29002 C 2928.0 -1 -4 1 16 36 1 29002 D 2963.0 -1 -6 1 28 1 29002 E 2988.0 -1 -17 1 19 2 29002 F 3040.0 -2 -8 1 16 26 1 29002 G 3060.0 -4 -6 4 32 27 1

29101 A 2596.0 -5 -15 2 13 22 t 29101 B 2616.0 -4 -15 1 23 1 29101 C 2631.0 -3 -12 1 18 24 1 29101 D 2659.0 -3 -5 2 37 29 1

PAGE 11

414 DESJARDINS *It*


QUAD. (PPM)


CHANNEL

29101 E 2671.0 ••3 -5 2 40 26 1 29101 F 2708.0 -2 -7 1 21 24 1 29101 G 2747.0 --3 -5 2 47 19 1 29101 H 2769.0 -5 -11 2 20 25 1

24202 A 2296.0 1 -2 0 27 2 29202 B 2334.0 --5 -12 2 20 25 1 29202 C 2376.0 -4 -10 1 14 31 2 29202 D 2392.0 ••1 -12 1 29 2 29202 E 2419.0 -1 -9 1 22 1 29202 F 2464.0 -5 -11 1 21 24 2 29202 G 2502.0 -2 -8 1 15 27 1 29202 H 2525.0 -1 -7 1 29 1

29301 A 2018.0 -5 -16 2 14 21 1 29301 B 2022.0 -12 -16 4 20 22 1 29301 C 2037.0 -6 -21 2 15 20 1 29301 D 2081.0 -4 -5 4 36 30 1 29301 E 2111.0 -3 -6 2 26 30 1 29301 F 2132.0 --2 -5 2 23 33 1 29301 G 2160.0 -9 -7 11 29 32 1 29301 H 2193.0 -5 -14 2 10 25 1 29301 K 2230,0 1 -6 0 36 2 29301 M 2244.0 1 -4 0 36 2

29402 A 1668.0 -4 -9 2 19 30 1 29402 B 1690.0 --3 -7 2 36 16 1 29402 C 1701.0 -22 -10 23 28 24 1 29402 D 1730.0 -2 -4 2 26 37 1 29402 E 1746.0 -2 -5 2 27 29 1 29402 F 1777.0 -1 -4 1 27 25 1 29402 G 1833.0 -2 -18 1 22 1

29501 A 1401.0 -4 -13 1 28 1 29501 B 1411,0 -4 -16 1 23 1 29501 C 1424.0 -2 -17 1 21 1 29501 D 1488,0 -2 -4 2 27 36 1 29501 E 1508.0 -2 -7 1 15 30 1 29501 F 1535.0 -11 -4 27 35 33 1 29501 G 1568.0 -1 -8 1 24 1

29602 A 1148.0 -3 -6 2 26 30 1 29602 B 1177.0 -11 -5 20 34 32 1 29602 C 1207.0 -2 -18 1 24 2 29602 D 1227.0 -1 -5 1 30 1 29602 E 1285.0 -1 -5 1 35 1 29602 F 1304.0 -1 -10 1 30 1 29602 G 1321.0 -1 -11 1 24 1

PAGE 12

#~# DESJARDINS


QUAD. (PPM)


CHANNEL

29701 A 851.0 -3 -16 1 22 1 29701 B 873.0 -•4 -13 1 26 1 29701 C 892,0 -4 -12 2 17 28 1 29701 D 938.0 -1 -8 1 30 1 29701 E 953.0 -1 -9 1 27 1 29701 F 969.0 -1 -6 1 28 1 29701 G 1000.0 -11 -8 9 27 30 1 29701 H 1037.0 1 -5 0 29 1

29802 A 567.0 -4 -7 3 28 28 1. 29802 B 608.0 -7 -6 9 25 38 1 29802 C 654.0 -1 -11 1 26 1 29802 D 666,0 -1 -12 1 25 1 29802 E 688.0 -1 -7 1 20 1 29802 F 731.0 -1 -9 1 33 1 29802 G 754.0 -1 -9 1 33 1 29802 H 776.0 -1 -9 1 29 1

29901 A 78.0 -10 -13 4 15 27 1 29901 B 94.0 -3 -14 1 27 1 29901 C 122.0 -2 -13 1 25 1 29901 D 185.0 -1 -6 1 32 1 29901 E 236.0 -5 -9 3 24 25 1 29901 F 277.0 2 -4 0 32 1

29911 A 311.0 -1 -4 1 20 32 1 29911 B 323.0 11 -4 0 35 1 29911 C 334.0 1 -9 0 44 2

30002 A 7602.0 1 -2 0 27 2 30002 B 7621.0 6 -9 0 35 2 30002 C 7631.0 10 -4 0 31 2 30002 D 7671.0 -1 -13 1 44 2

30101 A 7345.0 -1 -6 1 30 1 30101 8 7391.0 12 -2 0 36 2 30101 C 7398.0 6 -6 0 35 2 30101 D 7404.0 -1 -5 1 30 1 30101 E 7414+0 1 -3 0 33 2

30202 A 7210.0 -1 -4 1 28 24 1 30202 B 7217.0 -1 -4 1 22 30 1 30202 C 7226.0 11 -8 0 29 2 30202 D 7233.0 19 -5 0 29 1 30202 E 72504 -1 -4 1 27 25 2

PAGE 13

### DESJARDINS ###


QUAD.

(PPM) CONDUCTOR ELEVATION MAGNETOMETER MHOS DEPTH (METER) FIDUCIAL GAMMAS

CHANNEL

30301 A 6978.0 -1 -4 1 26 26 2 30301 B 6992.0 13 -5 0 30 1 30301 C 6998.0 4 -9 0 39 2 30301 D 7013.0 1 -4 0 32 1 30301 E 7072.0 4 -1 0 32

30402 A 6812.0 --3 -5 2 36 30 1 30402 B 6839.0 -2 -5 0 30 1 30402 C 6853.0 5 -6 0 27 1 30402 D 6861.0 6 -14 0 31 2 30402 E 6879.0 -1 -7 1 26 2

30501 A 6631,0 3 -8 0 29 2 30501 B 6637.0 11 -4 0 22 1 30501 C 6643.0 1 -4 0 28 1 30501 D 6652.0 1 -12 0 25 2 30501 E 6677.0 -1 -4 1 25 27 1

30602 A 6421.0 -1 -4 1 20 32 1 30602 B 6459.0 2 -7 0 30 1 30602 C 6465.0 13 -5 0 27 1 30602 D 6473.0 10 -5 0 30 2

30701 A 6199.0 --1 -10 1 25 2 30701 B 6220.0 8 -6 0 36 2 30701 C 6227.0 6 -7 0 32 2 30701 D 6237.0 -1 -5 0 30 1 30701 E 6275.0 -1 -10 1 37 2

30802 A 6017.0 -1 -15 1 27 2 30802 B 6080.0 5 -5 0 36 2

30901 A 5785.0 -1 -6 1 34 1 30901 B 5814.0 4 -9 0 28 2 30901 C 5823.0 12 -3 0 25 2 30901 D 5870.0 -1 -15 1 25 2 30901 E 5913.0 12 -1 0 23 2

31002 A 5645.0 -1 -11 1 31 2 31002 B 5686.0 6 -3 0 34 2 31002 C 5721.0 -3 -7 2 22 30 1

31101 A 5461.0 -1 -4 1 21 31 1

PAGE 14

##t DESJARDINS ###


QUAD. (PPM)


CHANNEL

31101 B 5519.0 -1 -9 1 30 2

31202 A 5283.0 -1 -2 1 48 30 2 31202 B 5333.0 -1 -11 1 24 2 31202 C 5352.0 -1 -16 1 23 2

31301 A 5175.0 -1 -9 1 25 2 31301 B 5198,0 -1 -11 1 26 2

31402 A 4971.0 -1 -12 1 26 2

31501 A 4811.0 -1 -4 1 28 24 1 31501 B 4839.0 -1 -4 1 19 33 2

31612 A 4597.0 -1 -10 1 23 2 31612 B 4634.0 -1 -12 1 26 2

31701 A 4372.0 -1 -10 1 30 2 31701 B 4411.0 -1 -4 1 21 31 1 31701 C 4485.0 -1 -10 1 31 2

31802 A 4172,0 4 -1 0 18 2

31812 A 4227.0 -1 -8 1 32 2 31812 B 4275.0 -1 -11 1 30 2

31901 A 3997.0 -1 -4 1 31 21 1 31901 B 4033.0 -1 -8 1 24 2 31901 C 4039.0 -1 -4 1 31 21 1 31901 D 4096.0 -1 -3 1 33 30 2

32002 A 3783,0 2 -1 0 30 2 32002 B 3868.0 -1 -12 1 33 2 32002 C 3895.0 -1 -11 1 35 2

32101 A 3605.0 -2 -4 2 29 34 1 32101 B 3640.0 -1 -4 1 30 22 1 32101 C 3699,0 -1 -2 1 42 36 2 32101 D 3715.0 1 -1 0 43 2

32202 A 3405.0 6 -2 0 23 2

PAGE 15

### DESJARDINS ###


QUAD. (PPM)


CHANNEL

32202 B 3488.0 -1 -11 1 28 2 32202 C 3514,0 -1 -6 1 39 2

32301 A 3226.0 --1 -5 1 32 1 32301 B 3331.0 1 -3 0 39 2

32412 A 2897.0 1 -4 0 37 2 32412 B 2905.0 1 -2 0 27 2 32412 C 2912.0 4 -1 0 26 2 32412 D 2989.0 -1 -4 1 14 38 1

32501 A 2687.0 -1 -11 1 37 2 32501 B 2712.0 --1 -11 1 28 2 32501 C 2724.0 -1 -6 1 39 2 32501 D 2756.0 4 -1 0 30 2 32501 E 2769.0 5 -3 0 26 2 32501 F 2774.0 4 -6 0 33 2

32602 A 2497.0 4 -4 0 31 2 32602 B 2505,0 4 -2 0 29 2 32602 C 2521.0 1 -1 0 30 2 32602 D 2569.0 -1 -5 1 30 1

32701 A 2336.0 -1 -7 1 30 1 32701 B 2387.0 1 -1 0 35 2 32701 C 2404.0 1 -1 0 33 2 32701 D 2410.0 9 -1 0 28 2

32802 A 2139.0 5 -5 0 35 2 32802 B 2145.0 6 -1 0 29 2 32802 C 2152.0 1 -2 0 23 2 32802 D 2178.0 1 -1 0 38 2 32802 E 2227.0 -1 -3 1 35 28 1

32901 A 1995.0 -3 -5 2 37 29 1 32901 B 2037.0 1 -2 0 35 2 32901 C 2059,0 2 -2 0 32 2 32901 D 2064.0 8 -1 0 29 2 32901 E 2068.0 7 -2 0 30 2

33002 A 1790.0 8 -1 0 32 2 33002 B 1798.0 6 -1 0 25 2 33002 C 1806.0 3 -1 0 23 2 33002 D 1863.0 -1 -14 1 32 2 33002 E 1871,0 -1 -7 1 31 2

PAGE 16

### DESJARDINS Ut


QUAD. (PPM)


CHANNEL

33101 A 1659.0 -1 -16 1 30 2 33101 B 1691.0 1 -2 0 31 2 33101 C 1708.0 1 -2 0 35 2 33101 D 1715.0 7 -1 0 30 2 33101 E 1720.0 9 -1 0 27 2

33202 A 1440.0 7 -9 0 32 2 33202 B 1444.0 11 -1 0 30 2 33202 C 1452.0 2 -2 0 33 2 33202 D 1461.0 1 -2 0 29 2 33202 E 1481.0 1 -2 0 29 2 33202 F 1516.0 -5 -5 5 40 26 1 33202 G 1536.0 -3 -5 2 42 24 1

33301 A 1274.0 -4 -4 5 46 24 1 33301 B 1296.0 1 -9 0 30 2 33301 C 1311.0 -4 -3 9 45 33 1 33301 D 1334.0 2 -2 0 27 2 33301 E 1361.0 6 -1 0 27 2 33301 F 1365.0 11 -1 0 31 2 33301 G 1371.0 5 -12 0 32 2

33402 A 1059.0 7 -3 0 33 2 33402 B 1065.0 8 -2 0 25 2 33402 C 1077.0 1 -2 0 29 2 33402 D 1117.0 -1 -4 1 26 26 1 33402 E 1129.0 4 -8 0 23 2 33402 F 1156.0 -2 -17 1 36 2

33501 A 909.0 1 -3 0 30 2 33501 B 920.0 -4 -3 9 44 34 1 33501 C 955.0 1 -2 0 28 2 33501 D 962.0 1 -2 0 25 2 33501 E 969.0 4 -1 0 31 2 33501 F 982.0 1 -5 0 36 2

33612 A 666.0 5 -5 0 37 2 33612 B 680.0 14 -1 0 2;j 2 33612 C 697.0 3 -1 0 33 2 33612 D 721.0 -1 -4 1 19 33 1 33612 E 739.0 1 -3 0 31 2 33612 F 755.0 -1 -10 1 37 2

33701 A 512.0 -1 -8 1 41 2 33701 B 524.0 1 -2 0 27

PAGE 17

*## DESJARDINS ##*


QUAD. (PPM)


CHANNEL

33701 C 541.0 -1 -4 1 22 30 1 33701 D 563.0 1 -1 0 25 2 33701 E 575.0 2 -1 0 28 2 33701 F 583.0 2 -1 0 34 2

33802 A 293.0 4 -4 0 31 1 33802 B 311.0 13 -1 0 25 2 33802 C 321.0 1 -2 0 31 2 33802 D 335.0 2 -3 0 29 2 33802 E 353.0 -1 -3 1 30 33 1 33802 F 377.0 1 -7 0 40 2 33802 G 388.0 -1 -12 1 38 2

33901 A 103.0 2 -4 0 24 1 33901 B 113.0 1 -6 0 22 2 33901 C 140.0 1 -4 0 36 1 33901 D 179.0 3 -1 0 35 2

34002 A 7545.0 1 -3 0 32 2 34002 B 7559.0 1 -1 0 36 2 34002 C 7581.0 1 -7 0 24 2 34002 D 7592.0 -4 -2 13 58 29 1 34002 E 7623.0 1 -12 0 27 2

34101 A 7371.0 -1 -11 1 26 2 34101 B 7381.0 1 -12 0 25 2 34101 C 7439.0 6 -1 0 27 2

34202 A 7121.0 3 -8 0 31 2 34202 B 7138.0 2 -1 0 28 2 34202 C 7151.0 3 -1 0 31 2 34202 D 7210.0 -4 -3 0 27 1 34202 E 7221.0 1 -10 0 21 2 34202 F 7228.0 -4 -3 9 54 24 1

34301 A 6933.0 -1 -6 1 28 2 34301 B 6981.0 3 -2 0 25 2 34301 C 6994.0 1 -10 0 29 2 34301 D 7005.0 1 -5 0 34 2 34301 E 7015.0 1 -1 0 34 2

34402 A 6718.0 -2 -4 2 36 27 1 34402 B 6728.0 1 -4 0 28 2 34402 C 6736.0 1 -1 0 27 2 34402 D 6747.0 -1 -4 1 18 34 1 34402 E 6757.0 -1 -4 1 25 27 1

PAGE 18

#** DES.IARDINS *#*


QUAD. (PPM)


CHANNEL

34402 F 6769.0 6 -1 0 24 2 34402 G 6812.0 -2 -7 1 15 30 2

34501 A 6521.0 -1 -9 1 26 2 34501 B 6330.0 -5 -6 4 34 29 1 34501 C 6562.0 1 -2 0 29 2 34501 D 6577.0 -2 -9 1 7 35 2 34501 E 6592.0 1 -5 0 34 2

34602 A 6335.0 -2 -12 1 8 27 2 34602 B 6346.0 3 -1 0 27 2 34602 C 6398.0 -2 -8 1 8 34 2

34701 A 6041.0 1 -8 0 37 2 34701 B 6073.0 3 -7 0 21 2 34701 C 6079.0 2 -4 0 25 2 34701 D 6091.0 1 -1 0 47 2 34701 E 6107.0 -1 -11 1 31 2

34802 A 5820,0 -1 -4 1 30 22 1 34802 B 5847.0 3 -2 0 31 2 34802 C 5855.0 1 -1 0 30 2 34802 D 5865.0 2 -5 0 29 2 34802 È 5872.0 2 -4 0 31 2 34802 F 5907.0 2 -10 0 29 2

34901 A 5481.0 1 -4 0 23 1 34901 B 5517.0 1 -5 0 31 2 34901 C 5528.0 2 -1 0 34 2 34901 D 5563.0 -2 -11 1 4 31 2

35002 A 5256.0 5 -5 0 30 1 35002 B 5280,0 4 -3 0 25 2 35002 C 5292.0 3 -4 0 30 1 35002 D 5299.0 5 -4 0 27 1 35002 E 5334.0 -1 -8 1 33 2

35101 A 4899.0 -1 -1 1 77 35 2 35101 B 4945.0 4 -2 0 37 2 35101 C 4966.0 1 -7 0 37 2

35202 A 4590.0 -9 -3 34 46 24 1 35202 B 4595.0 -11 -5 20 41 25 1 35202 C 4685.0 1 -2 0 31 2 35202 D 4704.0 4 -4 0 31 1

PAGE 19

*1* DESJARDINS ##t


QUAD. (PPM)


CHANNEL

35202 E 4744.0 -1 -1 1 71 41 2

35301 A 4306.0 -2 -14 1 30 2 35301 B 4340.0 -2 -5 1 21 35 2 35301 C 4378,0 2 -8 0 31 2 35301 D 4401.0 4 -6 0 33 2 35301 E 4471.0 --9 -5 17 36 30 1 35301 F 4491.0 -64 -8 136 17 21 1

35402 A 4049.0 :22 -7 41 33 23 1 35402 B 4053.0 -42 -7 136 26 26 1 35402 C 4072.0 -7 -5 11 37 29 1 35402 D 4141.0 6 -6 0 28 2 35402 E 4150.0 5 -3 0 21 2 35402 F 4162.0 4 -3 0 30 2 35402 G 4197.0 3 -1 0 48 2 35402 H 4226.0 2 -10 0 32 2

35501 A 3759,0 -1 -14 1 30 2 35501 B 3789,0 4 -4 0 26 2 35501 C 3840.0 2 -3 0 33 2 35501 D 3851.0 4 -9 0 31 2 35501 E 3919.0 -10 -5 20 32 34 1 35501 F 3923.0 -14 -6 27 26 33 1 35501 G 3946.0 -21 -5 54 32 27 1

35602 A 3490.0 -10 -4 27 43 25 1 35602 B 3507.0 -4 -3 9 49 29 1 35602 C 3518.0 -12 -6 13 35 28 1 35602 D 3575.0 -1 -7 1 27 1 35602 E 3587,0 9 -6 0 26 1 35602 F 3594.0 7 -2 0 30 2 35602 G 3603.0 1 -8 0 32 2 35602 H 3621.0 6 -4 0 34 2 35602 Y. 3627.0 4 -1 0 32 2 35602 M 3654.0 1 -4 0 33 2 35602 N 3679.0 -1 -6 0 28 1

35701 A 3169.0 -1 -15 1 28 2 35701 B 3195.0 4 -6 0 28 2 35701 C 3230,0 6 -3 0 29 2 35701 D 3258.0 10 -10 0 30 2 35701 E 3277,0 -1 -6 1 35 1 35701 F 3330.0 -7 -7 7 24 35 1 35701 G 3359.0 -8 -3 27 44 31 1

35802 A 2910.0 -5 -2 20 60 27 1

PAGE 20

It#* DESJARDINS ~##


QUAD. (PPM)


CHANNEL

35802 B 2939.0 -7 -5 ii 32 34 1 35802 C 2944.0 -4 -2 13 61 26 1 35802 D 2986.0 -1 -7 1 30 1 35802 E 2997.0 6 -21 0 29 2 35802 F 3017.0 2 -5 0 31 2 35802 G 3036.0 3 -4 0 34 2 35802 H 3062.0 1 -10 0 30 2

35901 A 2641.0 -1 -5 1 31 1 35901 B 2667.0 3 -3 0 28 2 35901 C 2687.0 1 -1 0 31 2 35901 D 2700.0 4 -4 0 30 1 35901 E 2722.0 -1 -8 1 26 1 35901 F 2762.0 -4 -3 9 53 25 1

36002 A 2377.0 -10 -3 41 44 26 1 36002 B 2428.0 -4 -4 0 27 1 36002 C 2438.0 4 -6 0 30 2 36002 D 2466.0 4 -3 0 33 2 36002 E 2499.0 1 -14 0 28 2

36101 A 2087.0 2 -4 0 30 1 36101 B 2117.0 4 -1 0 18 2 36101 C 2146.0 2 -3 0 38 2 36101 D 2192.0 -1 -5 1 31 1

36202 A 1854.0 -1 -4 1 27 25 1 36202 B 1888.0 -6 -9 4 25 27 1 36202 C 1919.0 5 -4 0 35 1 36202 D 1931.0 1 -4 0 24 1 36202 E 1947.0 4 -4 0 34 1 36202 F 1968.0 -1 -6 1 33 1 36202 G 1975.0 -1 -6 1 38 1

36301 A 1554.0 -1 -5 1 31 1 36301 B 1576.0 7 -2 0 30 2 36301 C 1588.0 8 -3 0 35 2 36301 D 1593.0 7 -2 0 30 2 36301 E 1608.0 5 -3 0 33 2 36301 F 1629.0 -17 -5 41 29 32 1 36301 6 1638.0 -23 -11 23 20 32 1 36301 H 1674.0 -6 -5 9 32 34 1

36402 A 1338.0 -3 -4 4 31 39 1 36402 B 1354.0 -8 -9 5 26 26 1 36402 C 1372.0 -15 -8 20 20 37 1 36402 D 1381.0 -48 -10 95 16 26 1

PAGE 21

Kt# DESJARDINS *##


QUAD, (PPM)


CHANNEL

36402 E 1393.0 -1 -3 1 28 35 1 36402 F 1402.0 6 -4 0 24 1 36402 G 1420.0 12 -6 0 23 1 36402 H 1426.0 15 -6 0 23 1 36402 K 1443.0 7 -5 0 24 1 36402 M 1449.0 1 -4 0 30 1 36402 N 1463.0 2 -6 0 24 1

36501 A 954.0 2 -4 0 34 1 36501 B 982.0 6 -2 0 28 2 36501 C 998.0 35 -4 0 32 1 36501 D 1015.0 3 -2 0 34 2 36501 E 1034.0 -21 -5 54 22 37 1 36501 F 1039.0 -32 -5 136 10 42 1 36501 G 1061.0 -5 -4 9 33 37 1

36602 A 725.0 -17 -10 15 24 29 1 36602 B 745,0 -33 -5 136 12 40 1 36602 C 750.0 -34 -7 54 16 33 1 36602 D 772.0 8 -3 0 31 2 36602 E 795.0 4 -6 0 44 2 36602 F 832.0 1 -16 0 35 2

36701 A 434.0 1 -6 0 30 1 36701 B 479.0 7 -4 0 40 1 36701 C 499.0 7 -1 0 33 2 36701 D 520.0 -19 -6 47 23 33 1

36701 E 526.0 -31 -8 54 14 35 1 36701 F 535.0 -17 -10 15 16 37 1 36701 6 542.0 -13 -8 20 19 38 1

36802 A 224.0 -10 -8 9 15 42 1 36802 B 233.0 -17 -12 15 13 40 1 36802 C 240.0 -42 -22 27 10 32 1 36802 D 242.0 -48 -24 41 10 30 1 36802 E 271.0 3 -2 0 44 2 36802 F 296.0 5 -8 0 36 2 36802 G 334.0 1 -17 0 31 2

36901 A 4023.0 1 -6 0 37 2 36901 B 4073.0 4 -16 0 30 2 36901 C 4100.0 5 -1 0 31 2 36901 D 4135.0 -21 -10 23 8 44 1 36901 E 4145.0 -26 -9 47 10 39 1 36901 F 4220.0 -4 -5 4 34 32 1

37002 A 3700.0 -1 -13 1 37 2

PAGE 22

###

DESJARDINS ###


QUAD. (PPM)


CHANNEL

37002 B 3763.0 -8 -6 10 20 43 1 37002 C 3775.0 -32 -15 20 15 28 1 37002 D 3807.0 4 -4 0 31 2 37002 E 3830.0 2 -5 0 38 1 37002 F 3851.0 2 -2 0 36 2 37002 G 3871.0 1 -6 0 30 2

37111 A 3378.0 -1 -2 1 44 34 2 37111 B 3399.0 10 -1 0 24 2 37111 C 3414.0 9 -4 0 22 1 37111 D 3450.0 7 -5 0 31 1 37111 E 3490.0 -25 -8 34 26 28 1 37111 F 3498.0 -24 -9 27 18 34 1 37111 G 3573.0 -3 -5 0 30 1

37212 A 3057.0 -4 -7 0 31 1 37212 B 3067.0 -1 -9 0 26 1 37212 C 3135.0 -37 -27 17 10 25 1 37212 D 3139.0 -29 -21 17 16 26 1 37212 E 3165.0 6 -7 0 24 1 37212 F 3194.0 8 -6 0 33 1 37212 G 3225.0 •-1 -5 1 29 1

37301 A 2058.0 4 -4 0 25 1 37301 B 2069.0 9 -3 0 34 1 37301 C 2107.0 2 -8 0 33 1 37301 D 2135.0 -37 -12 95 15 30 1 37301 E 2146.0 -51 -30 27 14 22 1 37301 F 2244.0 -1 -10 1 28 1

37402 A 1784.0 -4 -4 5 33 37 1 37402 B 1853.0 -35 -18 17 19 23 1 37402 C 1861.0 -24 -6 47 23 33 1 37402 D 1884.0 4 -5 0 34 1 37402 E 1909.0 4 -4 0 32 1 37402 F 1919.0 1 -3 0 31 2

37511 A 1568.0 8 -2 0 24 2 37511 B 1584.0 3 -10 0 35 2 37511 C 1612.0 6 -9 0 36 2 37511 D 1646.0 -27 -8 54 17 32 1 37511 E 1656.0 -22 -11 23 24 28 1

37602 A 1224.0 -4 -12 2 9 36 1 37602 B 1306.0 -27 -9 47 13 36 1 37602 C 1331.0 5 -6 0 35 1 37602 D 1341.0 1 -4 0 27 1

PAGE 23

*14 DESJARDINS * #t


(PPM) QUAD.

(PPM) CONDUCTOR ELEVATION MAGNETOMETER MHOS DEPTH (METER) FIDUCIAL GAMMAS

CHANNEL

37602 E 1364.0 4 -6 0 29 1

37711 A 955.0 7 -1 0 24 2 37711 B 968.0 8 -5 0 26 2 37711 C 1004.0 7 -5 0 29 1 37711 D 1035.0 -22 -7 41 23 33 1 37711 E 1046.0 -9 -6 13 34 29 1 37711 F 1082.0 -1 -8 1 32 2 37711 G 1126.0 -17 -6 27 22 37 1 37711 H 1131.0 -12 -6 13 19 44 1

37802 A 577.0 -43 -9 95 24 21 1 37802 B 650.0 -16 -6 27 15 44 1 37802 C 670.0 -1 -5 1 35 1 37802 D 684.0 7 -13 0 19 2 37802 E 706.0 -8 -1 0 25 1

37901 A 294.0 6 -1 0 17 2 37901 B 344.0 1 -6 0 33 1 37901 C 355.0 -5 -6 0 29 1 37901 D 374.0 -26 -11 41 22 25 1 37901 E 446.0 -9 -6 13 38 25 1 37901 F 475.0 -30 -11 41 13 34 1

38002 A 42.0 -43 -11 95 19 26 1 38002 B 50.0 -62 -24 47 17 21 1 38002 C 73.0 -5 -2 20 57 30 1 38002 D 123.0 --8 -3 27 35 40 1 38002 E 145.0 13 -7 0 26 1 38002 F 181.0 13 -1 0 31 2

L* ANOMALIES INDICATED BY THIS SIGN HAVE NOT BEEN PLOTTED DUE TO SUPERPOSITION WITH THE ADJACENT ANOMALY


PAGE 1

*BB CASTAGNIER *#4


(PPM)

QUAD.

(PPM)



CHANNEL

40101 A 129,0 -1 -4 1 21 31 1

40101 B 146.0 -5 -6 4 32 31 1

40202 A 307.0 -1 -4 1 17 35 1 40202 B 322.0 -2 -4 2 39 24 1

40202 C 353.0 -3 -6 2 21 35 1 40202 D 364.0 -3 -7 2 27 25 1

40301 A 537.0 -10 -6 13 30 33 1

40301 B 568.0 -1 -5 1 23 1

40402 A 698.0 -2 -11 1 11 24 1

40402 B 732.0 -5 -5 5 30 36 1

40501 A 930.0 -6 -10 4 23 26 1 40501 B 957.0 -3 -11 1 20 22

40602 A 1124.0 -3 -8 2 22 27 1

40701 A 1296.0 -1 -17 1 25 1

40701 B 1330.0 -2 -3 2 45 30 1

40802 A 1454.0 -1 -10 1 34 2

40802 B 1477.0 -1 -7 1 27 1 40802 C 1505.0 -1 -13 1 25 1

40901 A 1700.0 -6 -14 2 10 28 1 40901 B 1717.0 -10 -10 9 27 25 1 40901 C 1730.0 -1 -7 1 25 1

41002 A 1869.0 -2 -13 1 28 1

41002 B 1897.0 -3 -9 1 16 29 1

41002 C 1917.0 -4 -11 2 16 29 1

41002 D 1955.0 -2 -8 1 11 31 1

41111 A 2269.0 -2 -10 1 12 23 1 41111 B 2308.0 -1 -11 1 23 1 41111 C 2321.0 -6 -18 2 11 24 1 41111 D 2354.0 -6 -19 2 9 26 1 41111 E 2398.0 -1 -6 1 24 1 41111 F 2465.0 -3 -11 1 19 23 1

41111 G 2479.0 -2 -12 1 4 31 1

PAGE 2

**4 CASTAGNIER


(PPM)

QUAD.

(PPM)


CHANNEL

41202 A 2572.0 -4 -16 1 31 1 41202 B 2581.0 -1 -17 1 29 1 41202 C 2652.0 -1 -6 1 32 1 41202 D 2697.0 -3 -16 1 31 1 41202 E 2732.0 -8 -22 2 12 23 1 41202 F 2751.0 -1 -14 1 21 1 41202 G 2761.0 -1 -19 1 18 1

41301 A 2924.0 -1 -24 1 20 1 41301 B 2946.0 -6 -21 2 9 26 1 41301 C 2988.0 -2 -16 1 33 1 41301 D 3025.0 -3 -9 1 19 26 1 41301 E 3042.0 -1 -6 1 28 1 41301 F 3084.0 -6 -11 4 14 35 1 41301 G 3103.0 -4 -21 1 32 1

41402 A 3214.0 -1 -16 1 27 1 41402 B 3274.0 -1 -4 1 28 24 1 41402 C 3290.0 -1 -6 1 26 1 41402 D 3300.0 -1 -8 1 24 1 41402 E 3311.0 -1 -8 1 25 1 41402 F 3325.0 -3 -15 1 31 1 41402 G 3368.0 -7 -10 4 18 31 1 41402 H 3390.0 -23 -57 1 27 2 41402 K 3408.0 -3 -43 1 22 2

41501 A 3496.0 -5 -51 1 20 2 41501 D 3518.0 -6 -24 2 15 20 1 41501 C 3533.0 -5 -17 2 15 20 1 41501 D 3557.0 -2 -17 1 18 1 41501 E 3587.0 -9 -29 2 6 22 1 41501 F 3602.0 -7 -33 1 11 17 1 41501 G 3644.0 -2 -10 1 14 21 1 41501 H 3681.0 -4 -10 2 12 33 1 41501 K 3693.0 -4 -10 2 14 31 1

41602 A 3846.0 -1 -9 1 23 1 41602 B 3857.0 -2 -19 1 22 1 41602 C 3872.0 -1 -13 1 23 1 41602 D 3888.0 -4 -29 1 21 1 41602 E 3905.0 -6 -32 1 7 21 1 41602 F 3949.0 -5 -20 1 9 22 1 41602 G 3955.0 -12 -22 4 16 22 1 41602 H 3964.0 -4 -24 1 22 1 41602 K 3969.0 -2 -24 1 22 1

41701 A 4100.0 -4 -38 1 16 1 41701 B 4115.0 -12 -42 2 12 14 1

PAGE 3

**# CASTAGNIER ***


QUAD. (PPH)


CHANNEL

41701 C 4121.0 -14 -36 2 14 14 1 41701 D 4161.0 -31 -81 3 7 13 1 41701 E 4195.0 -5 -22 1 6 25 1 41701 F 4216.0 -1 -13 1 25 1 41701 G 4230.0 -2 -15 1 22 1

41802 A 4362.0 -1 -10 1 27 1 41802 B 4431,0 -1 -23 1 16 1 41802 C 4447.0 -1 -19 1 19 1 41802 D 4456.0 -3 -26 1 22 1 41802 E 4488.0 -5 -22 1 10 21 1 41802 F 4505.0 -1 -8 1 26 1 41802 G 4528.0 -10 -19 4 13 25 1 41802 H 4535.0 -6 -26 1 6 22 1 41802 K 4552.0 -6 -24 2 11 24 1

41901 A 4684.0 -1 -28 1 17 1 41901 B 4695.0 -1 -26 1 22 1 41901 C 4707.0 -16 -21 6 18 24 1 41901 D 4729.0 -1 -5 1 24 1 41901 E 4748.0 -3 -21 1 22 1 41901 F 4774.0 -3 -29 1 23 1 41901 G 4791.0 -1 -15 1 23 1 41901 H 4798.0 -2 -15 1 22 1 41901 K 4816.0 -1 -13 1 22 1

42002 A 4966.0 -1 -6 1 35 1 42002 B 5002.0 -2 -12 1 17 18 1 42002 C 5007.0 -1 -14 1 18 1 42002 D 5014.0 -1 -11 1 22 1 42002 E 5024.0 -8 -15 3 17 21 1 42002 F 5030.0 -5 -17 2 15 20 1 42002 G 5047.0 -3 -20 1 22 1 42002 H 5075.0 -1 -10 1 19 1 42002 K 5096.0 -1 -7 1 18 1 42002 M 5117.0 -15 -22 6 20 22 1 42002 N 5130.0 -4 -28 1 20 1

42101 A 5326.0 -1 -8 1 33 1 42101 B 5357.0 -1 -11 1 24 1 42101 C 5376.0 -1 -8 1 19 1 42101 D 5422.0 -4 -25 1 19 1 42101 E 5439.0 -9 -16 4 15 23 1 42101 F 5460.0 -1 -4 1 21 31 1 42101 G 5472.0 -4 -8 2 28 24 1 42101 H 5500.0 -1 -13 1 22 1 42101 K 5514.0 -3 -16 1 23 1 42101 M 5526.0 -5 -12 2 22 23 1 42101 N 5534.0 -6 -20 2 16 19 1

PAGE 4

CASTAGNIER


OUAD. (PPM)


CHANNEL

42101 P 5541.0 -1 -19 1 19

42202 A 5722.0 -1 -8 1 22 1 42202 B 5752.0 -1 -15 1 22 1 42202 C 5757.0 -3 -17 1 23 1 42202 D 5766.0 -4 -18 1 20 1 42202 E 5773.0 -3 -16 1 20 1 42202 F 5793.0 -1 -17 1 20 1 42202 G 5823.0 -2 -7 1 18 27 1

42202 H 5835.0 -4 -12 2 24 21 1 42202 K 5857.0 -1 -11 1 23 1

42202 M 5870.0 -3 -16 1 25 1 42202 N 5924.0 -1 -6 1 29 1 42202 P 5948.0 -1 -15 1 27 1 42202 R 5962.0 -2 -14 1 25 1

42301 A 6114.0 -3 -15 1 26 1 42301 B 6132.0 -5 -14 2 8 27 1 42301 C 6203,0 -1 -15 1 21 1 42301 D 6218.0 -1 -6 1 27 1 42301 E 6236.0 -1 -13 1 23 1 42301 F 6246.0 -4 -17 1 22 1

42301 G 6251.0 -1 -13 1 21 1 42301 H 6269.0 -3 -18 1 24 1 42301 K 6285.0 -1 -15 1 20 1 42301 M 6299.0 -11 -22 4 18 20 1 42301 N 6304.0 -2 -17 1 19 1 42301 P 6342.0 -1 -11 1 26 1 42301 R 6359.0 -3 -10 1 13 29 1

42402 A 6468.0 -1 -14 1 21 1 42402 B 6486.0 -2 -12 1 15 20 1 42402 C 6512.0 -17 -18 6 18 24 1 42402 D 6542.0 -4 -19 1 24 1 42402 E 6562.0 -1 -13 1 25 1 42402 F 6571.0 -3 -14 1 24 1 42402 G 6580.0 -1 -11 1 24 1 42402 H 6584.0 -4 -13 1 23 1 42402 K 6612.0 -1 -8 1 28 1 42402 M 6625.0 -4 -10 1 16 29 2 42402 N 6688.0 -2 -22 1 24 1 42402 P 6705,0 -4 -4 5 43 27 1

42501 A 6846.0 -1 -4 1 30 1 42501 B 6860.0 -1 -10 1 24 1 42501 C 6879.0 -1 -6 1 29 1 42501 D 6894.0 -1 -9 1 24 1 42501 E 6901.0 -3 -10 1 13 29 1 42501 F 6916.0 -1 -12 1 17 1

PAGE 5

CASTAGNIER it#*


QUAD. (PPM)


CHANNEL

42501 6 6932.0 -2 -11 1 13 22 2 42501 H 6949.0 -1 -11 1 21 1 42501 K. 6976.0 -8 -17 3 17 21 1 42501 M 6989.0 --4 -18 1 18 1 42501 N 6999.0 -3 -17 1 19 1 42501 P 7026.0 -2 -17 1 21 1 42501 R 7051.0 -8 -15 3 17 21 1 42501 S 7064.0 -3 -15 1 18 1 42501 T 7082.0 -4 -13 1 20 1 42501 4i 7097.0 -3 -15 1 17 1 42501 X 7116.0 -1 -7 1 22 1

42611 A 10539.0 -1 -5 1 34 1 42611 B 10574.0 -1 -16 1 24 1 42611 C 10588.0 -1 -8 1 26 1 42611 D 10615.0 -1 -8 1 20 1 42611 E 10628.0 -•1 -7 1 24 1 42611 F 10647.0 -1 -10 1 25 1 42611 G 10670.0 -1 -14 1 22 1 42611 H 10679.0 -17 -14 9 26 22 1 42611 K 10688.0 -1 -11 1 22 1 42611 M 10707.0 -2 -20 1 20 1 42611 N 10731.0 -6 -12 4 27 22 1 42611 P 10758.0 -1 -15 1 19 1 42611 R 10791.0 -1 -7 1 28 1

42701 A 7262.0 -1 -8 1 26 1 42701 B 7291.0 -1 -6 1 33 1 42701 C 7305.0 -1 -8 1 22 1 42701 D 7316.0 -1 -15 1 24 1 42701 E 7344.0 21 -1 0 27 2 42701 F 7354.0 -1 -17 1 20 1 42701 G 7380.0 -7 -18 2 14 21 1 42701 H 7386.0 -20 -11 23 33 19 1 42701 K 7398.0 -2 -11 1 13 22 1 42701 M 7416.0 -1 -20 1 22 1 42701 N 7450.0 -8 -14 3 15 23 1 42701 P 7466.0 -1 -17 1 19 1 42701 R 7488.0 -1 -17 1 20 1 42701 5 7514.0 -1 -8 1 21 1 42701 T 7533.0 -4 -9 2 24 25 1

42802 A 7617.0 -1 -5 1 35 1 42802 B 7640.0 -1 -11 1 23 1 42802 C 7652.0 -4 -14 1 23 1 42802 D 7682.0 -5 -20 1 10 21 1 42802 E 7708,0 -2 -14 1 23 1 42802 F 7735.0 -1 -6 1 28 1 42802 6 7747.0 -23 -8 34 28 26 1 42802 H 7755,0 -5 -11 2 19 26 1

PAGE 6

CASTAGNIER ***


QUAD. (PPM)


CHANNEL

42802 K 7771.0 -1 -10 1 27 1 42802 M 7780.0 -2 -11 1 9 26 1 42802 N 7791.0 7 -16 0 19 1 42802 P 7801.0 -4 -27 1 15 1 42802 R 7822.0 -2 -19 1 23 1 42802 S 7854.0 -1 -10 1 22 1 42802 T 7874.0 -1 -6 1 33 1 42802 Y 7898.0 -1 -4 1 16 36 1

42901 A 8003.0 -1 -9 1 24 1 42901 B 8019.0 -1 -26 1 21 1 42901 C 8041.0 -1 -19 1 23 1 42901 D 8060.0 -3 -13 1 27 1 42901 E 8067.0 -9 -12 6 27 25 1 42901 F 8080.0 -27 -12 41 22 25 1 42901 G 8115.0 -2 -16 1 20 1 42901 H 8139.0 -5 -13 2 15 20 1 42901 K 8149.0 -1 -11 1 22 1 42901 M 8161.0 -3 -14 1 25 1 42901 N 8193.0 -3 -7 2 21 31 1

43002 A 8317.0 -1 -5 1 41 1 43002 B 8340.0 -3 -7 2 23 29 1 43002 C 8352.0 -10 -15 1 1 41 2 43002 D 8366.0 -1 -11 1 24 1 43002 E 8379.0 -16 -13 9 28 20 1 43002 F 8409.0 -1 -8 1 29 1 43002 G 8447.0 -17 -7 24 26 32 1 43002 H 8460.0 -6 -17 2 7 31 1 43002 K 8474.0 -1 -16 1 26 1 43002 M 8491.0 -1 -13 1 29 1 43002 N 8515.0 -4 -21 1 26 1

43101 A 8659.0 -2 -22 1 21 1 43101 B 8677.0 -1 -13 1 23 8676.0 2935 1 43101 C 8693.0 -2 -20 1 24 1 43101 D 8712.0 -4 -14 1 25 1 43101 E 8723.0 -13 -16 9 23 25 1 43101 F 8762.0 -1 -13 1 24 1 43101 G 8787.0 -11 -13 4 18 24 1 43101 H 8799.0 -1 -11 1 27 1 43101 K 8815.0 -1 -10 1 29 1 43101 M 8837.0 -3 -11 1 15 27 1

43202 A 8997.0 -1 -4 1 22 1 43202 B 9015.0 -1 -11 1 26 1 43202 C 9042.0 -12 -11 9 31 21 1 43202 D 9069.0 -1 -11 1 20 1 43202 E 9107.0 -15 -13 9 19 29 1

PAGE 7

tt# CASTAGNIER $#4


QUAD. (PPM)


CHANNEL

43202 F 9118.0 -1 -9 1 29 1 43202 G 9133.0 -1 -15 1 23 1 43202 H 9153.0 -1 -10 1 28 9153.0 2827 1 43202 K 9184.0 -1 -11 1 25 1

43301 A 9321.0 -1 -13 1 19 1 43301 8 9346.0 -1 -11 0 23 9345.0 2706 1

43301 C 9362.0 -1 -17 1 22 1 43301 D 9379.0 •-6 -11 4 23 26 1 43301 E 9391.0 -1 -10 1 22 1 43301 F 9422.0 -1 -9 1 22 1 43301 G 9450.0 -16 -11 15 31 22 1 43301 H 9466.0 -4 -14 1 22 1 43301 K 9479.0 -2 -10 1 9 26 1 43301 M 9499.0 -2 -7 1 22 23 1

43402 A 9616.0 -1 -4 1 22 1 43402 B 9628.0 -2 -6 1 15 28 1 43402 C 9645.0 -1 -12 1 24 1 43402 D 9658.0 -1 -13 1 23 1 43402 E 9674.0 -2 -7 1 16 29 1 43402 F 9679.0 -1 -4 1 22 30 1 43402 G 9702.0 -1 -4 1 21 31 1 43402 H 9749.0 -14 -13 9 24 24 1 43402 K 9766.0 -2 -15 1 26 1 43402 M 9785.0 -1 -6 1 29 9787.0 1626 1 43402 N 9802.0 -2 -6 1 22 30 1

43501 A 9984.0 -1 -13 1 24 1 43501 B 9997.0 -3 -15 1 27 1 43501 C 10013.0 -25 -20 9 22 20 1 43501 D 10051.0 -1 -6 1 20 1 43501 E 10078.0 -4 -13 1 19 1 43501 F 10087.0 -1 -11 1 22 1 43501 G 10107.0 -1 -7 1 29 1

43602 A 10247.0 -1 -6 1 36 1 43602 B 10274.0 -1 -9 1 23 1 43602 C 10287.0 -1 -12 1 23 1 43602 D 10295.0 -1 -12 1 24 1 43602 E 10389.0 -9 -13 4 11 27 1 43602 F 10408.0 -4 -20 1 26 1 43602 G 10446.0 --1 -12 1 20 1

43701 A 96.0 -1 -11 1 19 1 43701 B 128.0 -1 -15 1 28 1 43701 C 145.0 -1 -13 1 26 1 43701 D 238.0 -1 -9 1 25 1

PAGE 8

CASTAGNIER *##


QUAD. (PPM)


CHANNEL

43701 E 251.0 -1 -4 1 27 1 43701 F 272.0 -1 -4 1 21 31 1

43802 A 405.0 -2 -15 1 22 1 43802 8 424.0 -3 -14 1 21 1 43802 C 433.0 -2 -14 1 23 1 43802 D 447.0 -1 -11 1 24 1 43802 E 496.0 -4 -15 1 20 1 43802 F 505.0 -4 -21 1 22 1 43802 G 518.0 -3 -21 1 23 1 43802 H 555.0 -1 -8 1 23 1

43901 A 740.0 -1 -10 1 32 1 43901 8 786.0 -3 -12 1 13 29 1 43901 C 856.0 -1 -9 1 30 1 43901 D 878.0 -1 -11 1 29 1 43901 E 942.0 -1 -10 1 29 1

44002 A 1105.0 -1 -14 1 27 1 44002 B 1117,0 -7 -17 2 13 25 1 44002 C 1132.0 -1 -15 1 23 1 44002 D 1188.0 -1 -12 1 29 1 44002 E 1200.0 -1 -14 1 30 1 44002 F 1215.0 -1 -11 1 29 1 44002 G 1243.0 -1 -11 1 27 1

44101 A 1410.0 -3 -10 1 21 21 1 44101 8 1416.0 -3 -11 1 15 27 1 44101 C 1431.0 -1 -12 1 29 1 44101 D 1444.0 -1 -8 1 27 1 44101 E 1498.0 -3 -14 1 24 2 44101 F 1513.0 -15 -15 9 27 21 1 44101 G 1561,0 -2 -7 1 13 32 1 44101 H 1587.0 -1 -5 1 37 1

44202 A 1687.0 -2 -7 1 13 32 1 44202 D 1743.0 -19 -15 13 21 24 1 44202 C 1758.0 -2 -14 1 24 1 44202 D 1816.0 -1 -11 1 20 1 44202 E 1846.0 -1 -15 1 21 1

44301 A 2050.0 -2 -13 1 20 1 44301 D 2078.0 -1 -5 1 24 1 44301 C 2130.0 -1 -11 1 28 1 44301 D 2148.0 -11 -11 9 26 26 1 44301 E 2165.0 -1 -6 1 25 1 44301 F 2213.0 -1 -7 1 27 1

PAGE 9

*13 CASTAGNIER **#


QUAD. (PPM)


CHANNEL

44402 A 2319.0 -1 -9 1 34 1 44402 B 2391.0 -7 -8 5 26 30 1 44402 C 2469.0 -2 -4 1 27 1 44402 D 2499.0 -1 -10 1 27 1

44501 A 2662.0 -1 -12 1 22 1 44501 B 2692.0 -1 -4 1 26 26 1 44501 C 2738.0 -1 -14 1 24 1 44501 D 2775.0 •-5 -13 2 9 26 1

44602 A 3009.0 -9 -38 1 27 2 44602 B 3084.0 -2 -26 1 29 2

44701 A 3179,0 -1 -6 1 32 1 44701 B 3254.0 -1 -15 1 23 1 44701 C 3280.0 -7 -10 4 20 29 1 44701 D 3366.0 -1 -12 1 25 2

44802 A 3534.0 -3 -15 1 27 2 44802 B 3557.0 -5 -10 2 21 24 1 44802 C 3566.0 -2 -6 1 27 25 1 44802 D 3581.0 -4 -7 3 28 28 1 44802 E 3587.0 -8 -6 10 37 26 1 44802 F 3601.0 -1 -25 1 22 2 44802 G 3623.0 -1 -4 1 22 30 1

44901 A 160.0 -8 -11 5 24 25 1 44901 B 167.0 -17 -20 6 18 24 1 44901 C 175.0 -11 -13 4 18 24 1 44901 D 189.0 -6 -6 7 38 25 1 44901 E 223.0 -1 -12 1 27 1

45002 A 376.0 -1 -6 1 29 1 45002 B 398.0 -1 -9 1 24 1 45002 C 417.0 -2 -17 1 22 1

45101 A 861.0 -1 -11 1 26 1 45101 B 895.0 -6 -10 4 18 31 1

45202 A 1120.0 -1 -5 1 27 1 45202 B 1147.0 -1 -6 1 25 1 45202 C 1163.0 -8 -8 7 26 30 1 45202 D 1200.0 -1 -11 1 24 1

PAGE 10

### CASTAGNIER *##


QUAD. (PPM)


CHANNEL

45301 A 1548.0 -1 -5 1 31 1 45301 B 1586.0 -1 -10 1 25 1 45301 C 1603.0 -1 -10 1 29 1 45301 D 1631.0 -2 -8 1 17 25 1 45301 E 1652.0 -1 -19 1 28 2 45301 F 1687.0 -1 -6 1 27 1

45402 A 1866.0 -1 -10 1 19 1 45402 B 1909.0 -1 -6 1 27 1 45402 C 1948.0 -3 -6 2 22 34 1 45402 D 1966.0 -1 -11 1 28 1 45402 E 1999.0 -1 -6 1 25 1

45501 A 2335.0 -1 -6 1 32 1 45501 B 2420.0 -1 -4 1 20 32 1

45602 A 2620.0 -1 -8 1 28 1 45602 B 2688.0 -1 -12 1 25 1 45602 C 2704.0 -2 -14 1 25 1

45701 A 3098.0 -3 -9 1 16 29 1

45802 A 3413.0 -5 -10 2 13 32 1

45901 A 3732.0 -1 -8 1 29 1 45901 B 3798.0 -1 -4 1 12 40 1

46002 A 4183.0 -1 -7 1 32 1 46002 B 4260.0 -1 -8 1 35 1

46101 A 4498.0 -1 -12 1 27 1 46101 B 4562.0 -5 -6 4 28 35 1 46101 C 4627.0 -1 -15 1 28 2

46202 A 4786.0 -1 -4 1 33 1 46202 B 4841.0 -1 -6 1 29 1 46202 C 4869.0 -8 -10 5 23 26 1

46301 A 5419.0 -1 -8 1 32 1

PAGE 11

B*# CASTAGNIER #B#


(PPM)

QUAD.

(PPM)



CHANNEL

46802 A 7282.0 -1 -10 1 30 1 46802 B 7302.0 -1 -10 1 28 1

46901 A 7400.0 -1 -11 1 28 1

47002 A 8044.0 -2 -12 1 7 28 1

47101 A 8160.0 -2 -13 1 28 1

47101 B 8180.0 -3 -12 1 10 32 1

47202 A 8775.0 -1 -8 1 31 1

47202 B 8794.0 -1 -7 1 29 1

47301 A 8946.0 -1 -9 1 28 1

47402 A 9459.0 -1 -12 1 31 1 47402 B 9480.0 -2 -10 1 10 25 1

47501 A 9595.0 -1 -11 1 30 1 47501 B 9627.0 -1 -6 1 30 1 47501 C 9713,0 -1 -5 1 26 1

47602 A 10026.0 -1 -6 1 27 1 47602 B 10131.0 -1 -6 1 34 1 47602 C 10164.0 -1 -13 1 29 1 47602 D 10182.0 -2 -12 1 13 22 1

47701 A 10299.0 -1 -7 1 28 1 47701 B 10321.0 -1 -4 1 23 29 1 47701 C 10414.0 -2 -7 1 17 28 1

47802 A 14816.4 -1 -11 1 25 1

47802 B 10830.0 -4 -11 2 22 23 1 47802 C 10841.0 -1 -10 1 27 1

47901 A 10925.0 -1 -8 1 27 1 47901 B 11045.0 -1 -5 1 29 1

48002 A 11347.0 -11 -8 9 24 33 1 48002 8 11438.0 -2 -9 1 19 23 1 48002 C 11458.0 -:2 -12 1 10 25 1

PAGE 12

#tt CASTAGNIER t#t


QUAD.

(PPM)


CHANNEL

48101 A 11575.0 -2 -6 1 19 33 1

48202 A 12083.0 -6 -8 4 24 32 1

48202 B 12170.0 -2 -10 1 8 27 1

48202 C 12191.0 --4 -17 1 24 1

48301 A 12294,0 -1 -10 1 26 1

48301 B 12304.0 ••1 -11 1 24 1

48301 C 12317.0 -1 -9 1 26 1

48301 D 12395.0 -1 -4 1 15 37 1

48402 A 12703.0 -1 -6 1 26 1

48402 B 12862.0 -4 -6 4 30 29 1

48402 C 12940.0 -1 -8 1 20 1

48402 D 12961.0 •-1 -11 1 27 1

48501 A 13053.0 -1 -6 1 34 1

48501 B 13124.0 -4 -4 5 43 27 1

48501 C 13290.0 -1 -7 1 31 1

48602 A 13454.0 -1 -8 1 27 1

48602 B 13715.0 -1 -8 1 25 1

48701 A 299.0 -1 -5 1 34 1

48701 B 358.0 -5 -9 1 18 31 2

48701 C 421.0 -1 -6 1 27 1

48701 D 509.0 -1 -7 1 32 1

48802 A 695.0 -1 -9 1 27 1

48802 B 797.0 -1 -8 1 27 1

48802 C 885.0 -1 -4 1 24 1

48802 D 945,0 -1 -6 1 24 1

48901 A 1173.0 -1 -5 1 34 1 48901 B 1244.0 -4 -9 2 18 31 1 48901 C 1286.0 -1 -11 1 36 1

49002 A 1407.0 -6 -13 2 11 27 1 49002 8 1578.0 -1 -8 1 27 1

49002 C 1644.0 -2 -6 1 29 23 1

PAGE 13

*St CASTAGNIER


(PPM)

QUAD. (PPM)


MHOS DEPTH (METER) FIDUCIAL GAMMAS CHANNEL

49101 A 1768.0 -5 -15 1 1 34 2 49101 B 1916.0 -1 -8 1 30 1

49202 A 2071.0 -1 -13 1 25 1 49202 B 2260.0 -3 -8 2 22 27 1 49202 C 2303.0 -1 -8 1 22 1

49402 A 2775.0 -4 -3 9 44 34 1

49501 A 2942.0 -7 -7 7 33 26 1

49602 A 3276.0 -5 -6 4 36 27 1

49701 A 3422.0 -8 -8 7 27 29 1 49701 B 3487.0 -1 -5 1 28 1

49802 A 3709.0 -1 -6 1 30 1 49802 B 3747.0 -1 -4 1 23 29 1

49901 A 3951.0 -1 -6 1 30 1 49901 B 3971.0 -1 -4 1 22 30 1 49901 C 4008.0 -1 -7 1 30 1

50002 A 4186.0 -1 -6 1 28 1 50002 B 4260.0 -2 -6 1 26 26 1

50101 A 4472.0 -1 -15 1 35 2 50101 B 4490.0 -1 -5 1 33 1 50101 C 4515.0 -1 -4 1 25 27 1

50202 A 4658.0 -1 -18 1 28 2 50202 B 4690.0 -1 -5 1 36 1 50202 C 4716.0 -1 -10 1 29 1

50301 A 4922.0 -3 -12 1 14 28 1 50301 B 4943.0 -1 -11 1 22 1 50301 C 5017.0 -1 -9 1 31 1 50301 D 5039.0 -1 -8 1 32 1 50301 E 5066.0 -1 -7 1 30 1

50402 A 5260.0 -1 -7 1 30 1

PAGE 14

##* CASTAGNIER


QUAD. (PPM)


CHANNEL

50402 B 5347.0 -2 -6 1 23 29 1 50402 C 5372.0 -1 -7 1 22 1

50501 A 5513.0 -1 -13 1 28 2 50501 B 5563.0 -1 -8 1 26 1

50602 A 5807.0 -2 -9 1 20 22 1 50602 B 5859.0 -1 -6 1 24 1

50701 A 6059.0 -2 -7 1 20 25 1

50901 A 6434.0 -1 -4 1 31 1

51002 A 6727.0 -2 -4 2 33 30 1 51002 B 6754.0 -1 -4 1 23 29 1

51101 A 6840.0 -1 -6 1 31 1 51101 B 6860.0 -1 -7 1 31 1

51202 A 7142.0 -1 -6 1 31 1

51301 A 7295.0 -1 -4 1 20 32 1

51402 A 7499.0 -1 -7 1 25 1 51402 B 7594.0 -2 -17 1 33 2

51501 A 7784.0 -3 -4 4 38 32 1

51501 B 7822.0 -2 -9 1 8 34 1

51602 A 7934.0 -2 -16 1 32 2 51602 B 7949.0 -1 -18 1 25 2 51602 C 7979.0 -1 -8 1 29 1

51701 A 8181.0 -1 -7 1 30 1 51701 B 8205.0 -1 -7 1 32 1 51701 C 8223.0 -1 -8 1 31 1 51701 D 8248.0 -1 -11 1 28 1 51701 E 8259.0 -1 -8 1 29 1

51802 A 8378.0 -1 -7 1 30 1

PAGE 15

#a* CASTAGNIER tt#


QUAD. (PPM)


CHANNEL

51802 B 8409.0 -1 -4 1 25 27 1 51802 C 8430.0 -1 -4 1 21 31 1 51802 D 8457.0 -1 -5 1 30 1

51901 A 8593.0 -1 -6 1 30 1 51901 B 8620.0 -1 -6 1 28 1 51901 C 8632.0 -1 -5 1 24 1

52002 A 8825.0 -1 -6 1 24 1 52002 B 8864.0 -1 -7 1 26 1

52101 A 9071.0 -1 -8 1 31 1 52101 8 9105.0 -1 -10 1 29 1

52202 A 9233.0 -1 -10 1 21 1 52202 B 9251.0 -1 -7 1 21 1 52202 C 9261.0 -3 -5 2 42 24 1

52301 A 9336.0 -1 -4 1 18 34 1

52402 A 9447.0 -1 -4 1 30 1 52402 B 9485.0 -1 -5 1 27 1 52402 C 9504.0 -1 -4 1 25 27 1

52501 A 9595.0 -2 -4 2 39 24 1 52501 B 9613.0 -•1 ••6 1 27 1 52501 C 9656.0 -•1 -11 1 20 1

52602 A 9718.0 -1 -37 1 25 2 52602 B 9748.0 -1 -32 1 27 2 52602 C 9824.0 -1 -8 1 26 1

52701 A 9854.0 -2 -4 2 34 29 1 52701 B 9894.0 -1 -6 1 25 1 52701 C 9919.0 -1 -11 1 24 1 52701 D 9944.0 -2 -15 1 20 1

52802 A 10027.0 -1 -10 1 24 1 52802 B 10040.0 -1 -9 1 20 1

52901 A 10183.0 -4 -14 1 22 1 52901 B 10219.0 -1 -6 1 22 1

PAGE 16

**# CASTAGNIER ***


QUAD. (PPM)


CHANNEL

53012 A 903.0 -1 -11 1 25 1

53101 A 1091.0 -1 -9 1 27 1 53101 B 1141.0 -1 -7 1 23 1

53202 A 1267.0 -1 -8 1 27 1

53301 A 1423.0 -2 -19 1 27 2

53501 A 1733.0 -2 -19 1 29 2 53501 B 1773.0 -1 -4 1 29 23 1

53602 A 1866.0 -4 -8 2 26 26 1 53602 B 1932.0 -1 -5 1 27 1 53602 C 1955.0 -4 -12 1 15 30 2

53701 A 2010.0 -1 -6 1 24 1 53701 B 2036.0 -1 -8 1 24 1 53701 C 2090.0 --1 -6 1 23 1

53802 A 2245.0 -1 -4 1 20 32 1 53802 B 2265.0 -3 -12 1 8 34 2

53901 A 2424.0 -1 -6 1 30 1 53901 B 2449.0 -1 -24 1 28

54002 A 2641.0 -1 -1 1 81 31 2 54002 B 2662.0 -1 1 0 29 2

54101 A 2846.0 -1 -6 1 25 1

*** ANOMALIES INDICATED BY THIS SIGN HAVE NOT BEEN PLOTTED DUE TO SUPERPOSITION WITH THE ADJACENT ANOMALY


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HELIBORNE GEOPHYSICAL SURVEY, ABITIBI AREA