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SCALE IN KILOMETRESPALEOZOIC
APHEBIAN
FELSIC AND MAFIC INTRUSIVES
WHITEWATER GROUP METASED1MFNTSHURONIAN' SUPERGROUP METASEDIMENTS,
NIPISSING DIABASE
ARCHEAN
FELSIC PLUTONS AND MIGMATITES
l'. ' /~i METAVOLCANIC ROCKS
————— MAJOR FAULTS
GRENVILLE FRONT
— — — POLITICAL BOUNDARIES
MINERAL OCCURRENCES Au OR Au t U
* PROSPECT* PAST PRODUCER* ACTIVE MINE
\ \. Location of Au, /( M-U occurrences in tt. u Huronian Supergroup (f,'or details see Table IV) (base map modified after Gordon, 1977).
TABLE IVList of 121 Au, Au U occurrences Investigated In the Huronian Supergroup. (Cat.) Categories ot deposits: P - prospect (*, Fig. 1); PP - past producer (*, Fig. 1); MP - active mine (", Fig. 1). (V) vein; (DR) diabase related; (S) stratiform. The most recent available data were used in the present study and every effort made lo use the correct information (tons (t) " 2000 Ib)
No.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
•-Hugli L.
Stuart L.
Kirk
Red Rock
McGregor Rd
Havilah
Burden L
Rothsty
Lot 1, eon II!
Ridge Held
Corbold L
Brady
Stanford
Ventures
Copper Prince
PathfinderMattnenda L
Picton U
Pronto
Denison
SUvermaque
Nordic
Stanleigh
Payton
D.C. Exploration No. 2
Whitefish
McCool L
Frechette Is.
Massey
White
Shakespeare
Noranda
Touch ,
Cons. Monclerg
Township
McMahon
McMahon
Aberdeen
Aberdeen
Plummer Add
Galbraith
Otter
Gould
Wells
Nouvel
Montfomery
Patton
Albanel
Albanel
Kamichisitit
Kamichisitit
Julien*
Jogues
Long
Bouck
Gunterman
Gunterman
Gunterman
Gaiashk
Ouiaihk
Gaiashk
Gaiashk
(L.Huron)
Salter
Shakespeare
Shakespeare
Shakespeare
McKlnnon
Baldwin
Cat.
P
P
P
PP
P
PP
P
P
P
P
P
PP
P
P
P
P
P
P
PP
MP
P
PP
PP
P
P
P
P
P
PP
P
PP
P
P
P
Host rock formation
Gowganda
Gowganda
Diabase
Gowganda
Lorrain
Mlsslssagl
Diabase
Gowganda
Gowganda
Gowganda
Bruce
Gowganda
Lorrain
Diabase
Gowganda
Gowganda
Matlnenda
Misslssagi
Matinenda
Matlnenda
Bruce andMisslssagi Matlnenda
Matinenda
Misslssagi
Matlnenda
Misslssagi
Serpent
Diabase
Pecors
Matlnenda
Matlnenda
Matlnenda
Serpent
Miiiissagi
Morphology Mineral assemblage0
V* DRb S
x x cpy— py— hem
x cpy— py— hem
xx py
x x py— cpy
x x py— hem
x x cpy— py
x x Co— Ag— BH-NIsulphides
x x cpy— py— hem
x x epy— py
x cpy— py
x cpy
x x epy-py
x x cpy— py
x x Cu— Pb— Zn— Co-Dl sulphides
x cpy-py
x cpy— py
x cpy— py
x cpy— py— po
x py— po— RA
x py— RA
x py— RA
x py— RA
x py— RA
x py— *spy— cpy
x py— RA
x x py-cpy
x x cpy— py
x x cpy— po— py
x x cpy-py
x x PO— cpy
x cpy— po— aspy
x. po— py- *py— gal
* Py— cpy— *spy
x py— RA
Assays, Reports
0.01*. Cu. 0.4 oz/t Ag, Tr Au
D.21% Cu. 0.02 oz/t Ag,Tr Auno record
0.11-0.51* Cu. Tr Au,Tr Ag/5— 45'0.02 oi /t Au, 0.03*. U,O,.Q.04% ThO,
0.16 oz/t Au, 0.03 oz/t AgIn 6600 t1.22 oz/t Au/4'
C.62% Cu, 0.01 oz/t Au
0.02 oz/t Au
C.05% Cu, 0.02 oz/t Au/2'
0.24* Cu, 0.05 oz/t Au
3.6-4.9* Cu. 0.08-0.22oz/t Au16.6* Cu, 0.24* Zn, 0.36oz/t Ag, 0.02 oz/t Aut.60% Cu, 0.08* Pb, 0.20*Zn, O.lft Co, C.06% DI,3.46 oz/t Ag, 0.1 oz/t Au4.1% Cu, 0.03 oz/t Au/7.1'
4.1* Cu, 0.01 oz/t Au/3'
1.86* Cu, 0.012 oz/t Au
1.2* Cu, 0.002 oz/t Au
0.1 2*. U,0,. Tr Au
0.08-1.7S*U,O, ,0.07-0.3* ThO,.0.005—0.032 oz/t Au 0.01 oz/t Au
0.01 oz/t Au. 0.06 oz/t Ag
0.043-0.63* U,O,. 0.007—0.18* ThO,. 0.005-4.03oz/t Au 0.74 oz/t Au/2 1/2'
0.006* U,O,, 0.02 oz/tAu/1' 2.0* Cu. 0.16 oz/t Au
1.5* Cu. 0.02-0.04 oz/tAu+Ag 0.94* Cu, 0.145 oz/tAu/1.9' 2.5* Cu, 0.5 oz/t Ag,0.02 oz/t Au in 20 000 t 0.06* Cu, 0.06* Ni, 0.29oz/t Ag, 0.01 oz/t Au 1.12—1.85 oz/t Au/3-50000 t mined * 1.55—8.45* Cu, Tr— 0.02oz/t Au 0.17 oz/t Au/8.5'
0.008* U,O,, 1.01* Cu.0.01 oz/t Au
Reference
Chandler, 1973.p. 53Chandler, 1973,p. 59Ferguson etVL,1971. p. 18Shklanka. 1969,P.14Bennett andLeahy, 1979,p. 99Ferguson et al..1971, pp. 18-19Giblin and Leahy1979, P. 94Siemiatkowska,1977, P. 49Shklanka, 1969,p.105Shklanka. 1969,p.CBShklanka. 1969.P.102Robertson, 1963ip.61Siemiatkowska,1978, p.69Siemiatkowska,1078
Siemiatkowska,1078. pp. 60-07Shklanka, 10G9.p.05Shklanka,.1969, p.lll Robertson,1963b,PP. 72-73 Robertson,1970, p.85 Roscoe, 1969,Appendix C
Robertson,'1968a, p.136 Robertson,1968a. p.101 Roscoe, 1969,Appendix C
Robertson,1002. pp. 76-77 Robertson,1962. pp. 70-71 Robertson, 1962,pp. 88-89 Robertson, 1962,pp. 86-86 Robertson, 1976,p.104 Robertson, 1976,PP. 111—116 Shklanka, 1969,p.282 Card and Palonen1976, pp. 39—40 Card and Paloner1976, p.41 Gordon et el.1979, p.73 Robertson, 19681p.67
TABLE IV (continued)
863687
38
39
40
41
42
43
44
46
46
47
48
49
60
61
62
63
54
66
56
67
58
69
60
61
62
63
64
66
66
67
68
69
70
No. Name
tffRget
Fox L
Majettic
Jo- Ami
McMUlan
Lot 7, Con V
Stratton L
Botquet
Bridger
Pond
Howry Crk.
Upsala
Iroquois Is.
B and M Exploration
Hett L.
Central Hett
Turpelnen
Harwood L.
Chellew
Simpson
L. Panache
Robert] L.
Nordic
Lone Lake
Leslie
North Hutton
Central Hutton
Banagan L.
Lasalle
C. J. M.
To wen
Fie she r L.
Matarls
Powerllne Rd.
Parkin
Bouma
Township
Baldwin
Mongowin
Mongowin
Mongowin
Mongowin
Hart
Foster
Curtin
Curtin
Curtin
Curtin
Curtin
I.R. 4
Muntter
Hen
Heat
Lorne
Roosevelt
Dieppe
Graham
I.R.6
Robertt
Robertt
Eden
Creelman;
Hutton
Hutton
Hutton
McKlm
Grigg
fraleck
Parkin
Parkin
Parkin
Parkin
Parkin
P i
P
P
P
PP
P
P
PP
P
P
P
P
P
P
rT
P
P
P
P
P
P
P
PP
P
P
P
P
P
P
P
P
P
P
P
P
Cat. Mott rock Morphology Mineral Assays, Reports formation assemblage6
Mittlttagl x x
Serpent * xGowgandaGowganda x x
Gowcanda x
Gowcanda x
Espanola x x
Serpent x
Gowcanda x x
Gowcanda x
Gowcanda x
Gowcanda x x
Gowcanda x
Eipanola x
Gowcanda x x
Etpanola
Etpanola x
Mlsslssagi x
Gowcanda x
Espanola x
MeKlm x
Mlsslssael x
Mlssissagl
Mlsslssagi
MlstUtagi x
Mlssissagi
Mistime!
Mlsslssael
Mtsslssagi
McKlm x x
Mltslssagl
Diabase x x
Mlsslssagi
Bruce x
Serpent
Bruce x
Mlssissagl
V* ORb S
cpy— py— po
py-cpy— espy
py— cpy— aspy
py— aspy
py— po— cpy— mspy
Cal-tph-py-cpy
py— po— atpy
py— cpy— atpy
py— aspy
py-*ipy
py— aspy
py-cpy— (al
po-py— cpy-aspy
py
x mac— epy— fal
tph-cal-py-*py
*py-py
py— *spy
py— cpy
py
py— po— epy— aspy
x py— RA
x -py— RA,
py— po— aspy— epy
x py— RA
x py— RA
x py— RA
x py— RA
Py
x py— RA
Cal— epy— py-*ipy
x py— RA
py-aspy
x py— RA
py— gal
x py— RA
0.93* Cu, 0.08 oz/t Au
1.91* Cu, 0.94 oz/t Ac,0.83 oz/t Auno record*
0.62-14.1 oi/t Au/1— 3'
0.18 oz/t Au In 60 140 t
7.32* Nl, 16.9* Co, 3.3*Bi. 0.03* Cu. 0.06 oz/t Au 0.04 oz/l Au
0.27 oz/t Au In 17 400 t
0.07 oz/t Au
0.19 oz/t Au/1 8'
0.08-0.61 oz/t Au/1 1/2'
0.4* Cu. 0.11 oz/t Au
0.01-0.07 oz/t Au/4'
0.14* Zn, 0.01* Pb, 0.01*Cu, 0.002 oz/t Ac. 0.002oz/t Au0.6* Pb. 0.12* Cu. 0.18oz/t Ac, 0.002 oz/t Au10.6* Zn, 4.96* Pb, 0.97*Cu, 1.6 oz/t Ac, 0.002 oz/tAu/16'3.48* Cu, 0.02 oz/t Au
0.88 oz/t Au/28*
0.6* Cu. 0.001 oz/t Au/40'
0.35 oz/t Au ,
no records
0.19* U,O,, 0.02 oz/t Au
0.11* U,O, , 0.02 oz/t Au
0.26 oz/t Au In 221 000 t
0.05* U,O,, 0.003 oz/t Au
0.44* U,O,, 0.003 oz/t Au
0.17* U,Ot , 0.01 oz/t Au
0.19* U,O,. 0.003 oz/t Au
0.77* Cu, 0.1 S* Nl, 0.18oz/t Ac. 0.001 oz/t Au 0.009* U,U,, 0.01 oz/t Au
12.9* Pb, 1.5* Cu, 1.49oz/t Ac. 0.91 oz/t Au 0.004* U,O,, 0.002 oz/t Au
no records
/^ Uefercn
f
Shklanka, 1969.p. 231Fercuion ct al.,1971, P.70Card, 1976a,PP. 66-67Card, 1976*.P.67 Card, 1976.,PP. 64—65 Sergiades,1968, P.65 Card, 1976a,P. 58 Card, 1976a,PP. 61-52Card. 1976a,•pp. 62—63Card, 1976a.p. 63 Card, 1976*.P.55Card. 1976a,p. 67Card. 197Gb,p. 61 Card and Innes,1981. pp. 104-10!
Card and Innet,1981, pp. 103-104Card and Innet,1981, pp. 97-98
Ginn, 1965,P.38Gordon et aL,1979, p. 81Card et al..1975, p.66Gordon et at,1979, p.101Card et al.,1976, p.69Meyn and -Matthews,1980, p.196 Meyn andMatthews,1980, p.196 Gordon et al..1979, PP. 61-62 Meyn andMatthewt,1980, p.196;Meyn, 1971 Meyn andMatthews,1980, p.196 Meyn andMatthews,1980, P.19G Meyn andMatthews ,1980, p.196 Innes, 1976
Meyn, 1972,P.ll Dressler,1979b, p.43 Meyn andMatthews,1980, p.196 Gordon et al..1979. p.113
0.016* U,O,, 0.001 oz/t Au 'Meyn and
0.34 oz/t Au/6'
0.002* U,0,, 0.0003 oz/t Au
Matthews,1980, p.196 Gordon et al..1979, p. 114 Meyn andMatthews,1980, p.196
TABLE IV (continued) __________ ,. _______________ \ —————No. Name
^^Township Cat. Host rock Morphology Mineral
formation assemblage6Assays, Reports
10
^P V* DKb S
71
72
73
74
76
76
77
78
79
80
81
82
83
84
85 86 87
88
8990
91
92
93
94
96
96
97
98
99
100
101
102
103
*H
106
106
107
108
Aro
Britiih-M ataehe wan
Solace L.
C.J.M.
Bonanza
Skead
Sheppard
Falcon
Copper Prince
W R 90
T. Savllle
Wolfe L.
Comitock
Cryital
Mcvittie Bennett Rathburn L.
Alwyn Porcupine
Mid ContinentalRed Rock
Northgate
Alklns
Mldai
Wanapltel
Potvin
Scaddlnf
Mcvittie
Kukagaml L.
Mae-Auer
McLeod
Nontar
Taylor
Washagaml
Crerar
Tecumteh
Handy
Tomlinton
Delhi-Pacific
Parkin
Powell
Selkirk
Stobie
Maclennan
Maclennan
Maclennan
falconbridge
Falconbrldge
Turner
Turner
Mackelcan
Rathbum
Rathbum
Rathburn Rathburn Rathbum
Scadding
ScaddingScadding
Scadding
Scadding
Scadding
Scadding
Scadding
Scadding
Street
Kelly
DaviiDavis
tDavis
Davii
DavU
DavU
DavU
Davii
Bompas!
Delhi
P
P
P
P
P
P
P
P
P
P
P
P
P
PP
PP P
P
PP
P
P
P
P
P
P
P
P
PP
P
P
P
P
P
P
P
P
P
MUsUsagl x
Gowganda x
Gowganda x
MUslssagi
MUslsiagl x x
MlaUttgl x
Mlsslssagl x
Serpent x
MUslsiagi x
Gowganda x x
MUsUsagi
Lorrain x
Gowganda x
Gowganda x x
Diabate x x Gowganda x Diabate x x
Gowganda x x
Dlabate x xGowganda x x
Serpent x
Gowganda x x
Gowganda x x
Serpent x
Espanola x x
Bruce x
MUsUsagi x
Gowganda x x
Gowganda x
Gowganda x x
Gowganda x
Gowganda x x
Gowganda x x
Gowganda x
Gowganda x x
Gowganda x
Gowganda x
Gowganda x x
PO
pygal— py-cpy
x py— RA
py
py— eprpypypy-*pygai-*ph— cpy
x py— RA
pypypy-cpypy-*py py py— po— *py
py-*py
pypy-*spypy— po— epy— *spy
pygal-*py— py
py
pypypy— cpypy— epy-tal
py-^epy
py-*spy
py— cpy— *spy
py
py— cpypy-*pypy-cpy
py
py— cpy— galgal— py— cpy
6.21 oz/t Ac. 0.08 oz/t Au
0.09 or/t Au
10.2* Pb, 4.08 oz/t Af,0.06 oz/t Au0.021-O.08* U,0,, 0.005oz/t Au0.04 oz/t Au
0.62*, Cu. 0.27 oz/tAu/6.1'0.23 oz/t Ag, 5.43 oz/tAu0.32 oz/t Au In 18 000t reserveno records
4.2* Pb. D.24% Zn. 1.1*Cu, 0,22 oz/t Au0.06* U,O,. 0.01 oz/t Au
0.002—2.26 oz/t Au
3.6—12.9 ot/t Au
0.63 oz/t Au In 730 t
0.01-0.42 oz/t Au/3— 10' no records 14.3* Cu, 2.86* Nl, 0.61*Pt, 0.83* Pd, 0.28 oz/tAg, 0.16 oz/t Au1.11* Cu, 0.086 oz/tAu/6 1/2'0.14 oz/t Au/16'no records
0.26 oz/t Au In 260 760 treserveno records
0.02-0.07* Cu, 0.04-0.36oz/t Ag, 0.0—0.66 oz/t Au0.37 oz/t In 42 000 treserve
0.09 oz/t Au
no records
1.12* Cu. 0.01 oz/t Au
0.73* Cu. 6.18* Pb, 1.0oz/t Ag, 0.09 oz/t Au0.87 oz/t Au in 7 700 treserve0.60 oz/t Au/4 1/2'
1.6* Cu, 0.41 oz/t Au In276 000 t reserve
no records
10* Cu, 0.04 oz/t Au
4.09* Cu, 0.09 oz/t Au
Au over 20"
no records
no records
7.13* Pb, 6.68 oz/t Ag,0.25 oz/t Au in 54 000 t
Meyn. 1970,pp. 61-52Gordon et al..1979. p.163Card et al.,1973, P.99Meyn, 1972,P.32Thomson,1961, P.28Thomson,1961, p.27Gordon et al,1979, pp. 108-10!Phemister, 1939,P. 20Shklankt,1969,P.275Card et al.,1973, PP. 93-94Card et at,1973, p.113Dressler, 1978b, *1979*.Gordon et al.,1979, P.80Gordon et al.,1979, PP. 80-81Dressler, 1978* Dressler, 1978a Shklanka, 1969,p.261
Thomson, 1961,p.28Kindle, 1933, p.4:Thomson, 1961,p.29Martins et al.,1980, pp. 111—11Kindle, 1933,p.44Dressler, 1979b,p.112Gordon et at,1979, p.82
Gordon et al.1979, p.117Gordon et al.1979, p.118Shklanka. 19fi9,P.282Shklanka, 1969,pp. 261—252Gordon et al.,1979, p758Thomson andCard, 1963,P.16Thomson andCard, 1963,PP. 16—10Gordon et al.,1979, p. 69Gordon et al..1979, p.98Gordon et al,1979, p. 97Thomson andCard, 1963,P.18Thomson andCard, 1963,p.17 Gordon et el.1979, p.192Gordon et al.1979, pp. 59-60
l/109
110
111
112
118
114
116
116
117
118
119
120
121
T. Savlllej^^
A^^Berome^^^P.C.E.
Paramount
Sauve
Pickle Crow
Hardie
Wright
Cobalt- Kittson
Cross Lake
Marshall
E D 61
Rabbit L.
McNlsh
McNish
Janes
Tudhope
Tudhope
Pardo
Cynthia
Vogt
Kittson
TorrUigton
Ingram
Cassels
Askin
P
P
P
PP
P
P
P
P
PP
P
P
P
P
Mississagi
Gowganda x x
Diabase x x
Diabase z x
Gowganda x x
Mlttlssagi
Gowganda x x
Mississagi
Gowganda x x
Gowganda x
Gowgand*. x x
Diabase x x
Gowganda x
x pypy-po-cpy—sph— galcpy— po
cpy— py
cpy — hem
x py
py— cpy-po
x py-RACo-Ni-Fearsenidespy— cpy— gal
cpy— py-*al
py-*spy
Co-NI sulphides
no records
2.98* Cu, 0.63* Zn, 1 .88oz/t Ag. 0.02 oz/t Au0.77* Cu, 0.28* Ni, 0.035oz/t Au/16'Cu, Ag, Au In 43 t
1.56* U,O, with Cu, Au
0.028* U,O,,-0.06 oz/t Au
2.16* Cu, 0.14 oz/t Ag,0.14 oz/t Au0.052* U.O., 0.40 oz/tAu/2'0.08 and 0.20 oz/t Au
6.03* Cu, 2.30* Pb, 3.20oz/t Ag, 0.03 oz/t Au0.36* Cu, 0.24* Pb, 0.41*Co, 1.72 oz/t Ag, 0.98oz/t Au1.08 oz/t Au/4"
0.44 oz/t Au
Dressler, 1979b.PP. 81-82Dressler. 1979b,p.76Shklanka, 1969.p.261Shklanka, 1969.P.873Shklanka, 1969,p.373Gordon et al.,1979, P.24Simony. 1964,P.23Grant. 1964,PP. 20—21Johns. 1979,p.114Grunt, 1904,p.21Gordon et *1.,1979, p.140
Gordon et al.,1979. p.27Gordon et al..1976, p.27
'Vein, refers to quartz or quartz and carbonate veins. "Diabase related refers to mineralization in or adjacent to diabase dykes.
Abbreviations py - pyrite; po-pyrrhotite; cpychalcopyrlte; gal*galena; *ph*sphalerite; hem-hematite; mag-magnetite; RA-radioactive minerals.
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u.© Ministry of Temiskaming P.O. Box 799 Report Number
Northern Development Testing *c. slf.y ^ l \ ' 3 Cobalt, Ontario . . -. - -. and Mines Laboratories POJICO QB 11532
Ontario ^p (705) 679 8313
Laboratory Report D a tn Oct - 5, 1990
Issued To: Mr. Robert Graham, 979 Leask Ave., North Bay, Ont. P1A 1V3
r=^.t^
Sample Number
#59265
59266
59267
59268
59269
59270
59271
59272
59273
59274
59275
59276
59277
59278
59279
Gold•RK. P pb
Rwxfoox
1440
13063
9909
14469
197
18
664
264
234
29
10389
404
15703
10182
6343
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[Acting)
Except by special permission, reproduction of these results must include any qualifying remarks made by this ministry with reference to any sample.
Form 1 097 ( 86/05
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GULLtSREA R
NEWS FLASH PROSPECTING GOLD IN ALLUVIAL SOILGOLDSPEAR — putting a golden opportunity within your grasp. The Goldspear Prospectorconsists of extendable earth probes with a measuring unit and headphone.It works on a simple principle. The sensor in the spearhead registers Gold and black sand in thesoil, river beds and where Gold is likely to be found.Using computer technology and micro chips, the reading is then transformed to audible signalsin the headphones and visual indication on the panel of the instrument.The Goidspear operates two calibrating circuits, one for Gold and a separate circuit for blacksand, giving different bleeps so the prospector will instantly know the potential for finding Gold.The Goldspear is extremely sensitive and accurate and registers Gold particles as fine as 300mesh.The frequency of bleeps emitted indicates how much there is to be found — and you know forsure that you have found it.Specification:Weight: Measuring,instrument incl. batteries
Prospecting probe with sensor headStandard 4 foot extention probe
Smallest detectable Gold dust Lowest Gold grade for detection Power: Standard battery Battery life Water resistance
2 Ib1.2 Ib1.1 Ib300 mesh1 ppm9V type PP3Approx. 80 hrsSplash and rain proof
Design and specifications can be altered without any prior notice.
For the prospecting miner there is no portable instrument in the world that compete with the "GOLOSPEAR PROSPECTOR". Convince yourself by a demonstration at your nearest GOLDSPEAR dealer.
GOLDSPEAR US CORPORATION100 Prospect Street, Stamford, Conn. 06901, USAPhone (203) 324 5665 Telex: 996347 CADENA STD
GOLDSPEAR (UK) LTD.197 High Street, Egham TW20 9ED, England Phone 0784-31471 Telex: 923239 NOMOB G
TYPES OF DATA SHOWN ON THIS MAP
J G EOCHEMICAL ANDGEOCHRONOLOGICAL DATA
Geochemical sample site, with reference number
Area of geochemical sampling, with reference number
D
-GC-
Age dating material sampling site, with refetence number
Geochemical Anomaly
D
GEOPHYSICAL ANOMALIES
Airborne magnetic anomaly
Airborne electromagnetic anomaly Length of anomaly along flight line
Airborne electromagnetic anomaly Location of anomaly along flight line
Airborne electromagnetic anomaly Conductor axis: definite, probable, possible
Airborne radiometric anomaly
Ground magnetic anomaly
Ground electromagnetic anomaly ( VL - Vertical loop; H L - Horizontal Loop; VLF - Very low freq; Turam; JEM - Crone Em - 16 )
Ground radiometric anomaly
Induced polarization anomaly
Self potential anomaly
Audio-frequency magnetic anomaly (total intensity]
Resistivity anomaly
Gravity anomaly
D
Trenching, pit
Adit
Open pit
Multiple Pits
MISCELLANEOUS DATA
Rock quarry
D Sand and/or grave! pit
NOTE: Consult the text that accompanies this map for pertinent lists of data, references and abbreviations.
'.'l
Ministry ofNorthern Developmentand Mines
Ontario
STREE
ONTARIO GEOLOGICAL SURVEY
EXPLORATION DATA MAP
GEOLOGICAL DATA INVENTORY FOLIO 317
(Map 2 of 2)
SCADDING TOWNSHIPDISTRICT OF SUDBURY
Scale 1:31 680
O 0.5Kilometre 0.5
Mile 0.5 0-5
1 Kilomelre
1 Mile
GEOLOGICAL AND MINING SYMBOLS
TYPES OF DATA SHOWN OK1 THIS MAP
MINERAL OCCURRENCES
Mineral occurrence at surface, with reference letter
Mineral occurrence with shaft, depth given with reference letter
Mineral occurrence reported but exact location uncertain, with reference letter
Mineralized float with reference letter
D
DRILLHOLE
Location of single drillhole, with reference number
Location of closely spaced group of drillholes, with reference number
Drillhole., exact location uncertain, with reference number
Property with underground drillholes in this general area, with reference number
Property with drillholes which have not been plotted on map, with reference number
Reverse circulation drillhole; churn drilling, with reference number
41I10NE0119 63.5969 SCADDING 200
SYMBOLS
Giacial striae.
Bedding, top unknown: (inclined,
Schistosity: (horizontal, inclined,
Contact o t Pleistocene and Recent rocks.
encircied where applicable.
Other road.
frail, portage, winter road.
Building.
Surveyed line.
NOTEGeological boundaries just east of tne Sudbury Nickel Irruptive, i.e. east of Blue Lake and Capre Lake and around Skead, commonly are megabreccia clast boundaries.
SOURCES OF INFORMATION
Geological Survey o! Canada: Map 1948, Wanapitei LakeAica
Ministry o! Natural Resources. Ontario GeologicalSurvey Map 48m, Ashigami Lake Area, scale ! inchto Vi mile, l'31 680. 1 939.Map 2009, 'Maci&nnar, and Scadding Townships,scale t inch to'/! mile, 1.31 680, 1 961.Map 2037, Kelly and Davis Townships, scaio 1 men to'h mile- r .3? 680, 1 963.Map 2170, Sudbury Mining Area, scale l inch to 1mile, 1 -63 380 1969.Map 236i, Sudbury-Cobaft. Geological Cwiipiiutiur]Series, scale 1 inch to-J mites, 7-253440, 1 977.
Preliminary maps, Ontario Geological Survey:P. 367, Capreol, scale 1 inch to 2 miles. VT26 760,'966P. T BOS, Aylmer Township, scale 1 inch to Vi m ile 1 . 15840, 1977P. 1609, Rathbun, Township, scale 1 inch to 'h mile,1:15840. 1977.P p??8, Wanaprtet Lake Area (Southern Part), seme finch to Vt mile, 1:15840, 1978.P. 2227 Mackelcan Township, scale 1 inch to W mile,1.15840, 7 976.
Cartography by W G. Sfitton and assistants. Surveys and Mapping Branch, 198C.
Magnetic declination in the area was approximately Q 0 West 197P
Ministry ofNaturalResources
Ontario
Dressler, B'981 - Massey Bay; Ontario Geological Survey Map
2451, Precambrian Geology Series, scale 1 inch toft mile, 7 :37630 Geology 1978.
PROPERTIES, MINERAL DEPOSITS
1 Atoms, G , and Atkins. J2 Aiwyn Porcupine occurrence3 ftenrtfitt, W ,S't4 Billoki, J. J.'5. Blanchard, E. (Bonanza Mine)6 Burton, M7. Crystal Gold Mine,8. Falconbridge Nickel Mines Limited.9. G -//. J.
J O Glade Exploration Limited, f 1973111 Gold Nugget and Development Company12 Gold Nuggei and Development Company, and
LaForest. L 73 Gordon Mine14 Gull, Minerals Canada Limited 11972] 15. Handy,.J. O 16 Harns. W P17. hollinger Minos Limited {1976!18. Inco Limited.19 Ironco Mining and Smelting Limited, l J 966J+?f) Kfilly-K-Mines Limited21 Kennco Explorations (Canada) limited [1970S22 Last Chance Mine.23 McBrtde, E.24. McChesney GoldMmes Limited*25. Mclean, P. C.26 McMillan Gold Mines Limited (Red Flock Mine}27 Mcvittie, G E~*28 Miller, M29. Mondoux Mine.30. Noranda Mines Limited. (1955}31. Nova Beaucage Mines i rm/fedt32. O'Hara, L L . and Jensen, N H. 33 Picton Uranium Mines L united34. Plexvian E J35. Rathbun Lake occurrence.36. Tower Finance Corporation Limited, ana
Hazlet: J M 37 Watt. D H. 38. Wxiciaw E
tnlormation current to December 31, 1978. Former properties on ground now open lor staking a re only shown i! exploration data is available-a dale m square brackets indicates ias! year of exploration activity For further information see report.
\Appears on accompanying Map 2450, Wanapitei Lake Area report
46=45' - 46045'
4604D'
Lake
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WANAPITEI LAKE
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Kukagami
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CAD
h" SUBDIVISION l 1;
\ to" \ \ -A
Ashigami Lake
Published 1981
Ontario Geological Survey
Map 2451
MASSEY BAYSUDBURY DISTRICT
Scale 1:31,680 or l Inch to '/2 Mile
Metres 1000c— 3 Kilometres
Feet 1000 5,000 10,000 Feet
Ontario Geological Survey Map 2451 Massey Bay
Scale l Inch to 50 Miles N.T.S- reference 411710,15
LEGEND
PHANEROZOIC
CENOZOIC8
QUATERNARYPLEISTOCENE AND RECENT
PRECAMBRIAN" LATE PRECAMBRIAN
MAFIC INTRUSIVE ROCKS
INTRUSIVE C ONTAC-
MIDDLE PRECAMBRIANSUDBURY NICKEL IRRUPTIVE
INTRUS.VE CONTACT
WHITEWATER GROUP
ONAPING FORMATION
SUDBURY EVENT
MAFIC INTRUSIVE ROCKS
NIPISSING INTRUSIVE ROCKS
lid Granitic dike rock, pegmatite11u Quartz- plagioclase porphyry
HURONIAN SUPERGROUP COBALT GROUP
.ORRAIN FORMATION
rOa G reywackeArkose, subarkose, minor subar kose, wacke a nd quar'z wacke, ('Ob, c, ando')
1Gb PinK, pinkish grey.i Gc GreyIGd Greenish grey grey tWe Quartz wacke to subarkosic
wacke ]'iOf Arenites. unsubd/vided t
QUIRKE LAKE GROUP
SERPENT FORMATION
8a A rkose, arkosic wacke, calcareousarkose, minor conglomerate
fid Dolomite porphyroblastesis c
ESPANOLA FORMATION
BRUCE FORMATION
6a Conglomerate, pebbly, wacke, minor arkose, wacke.
HOUGH LAKE GROUPMISSISSAGI FORMATION
5a Quartz-pebble conglomerate.56 A rkose, subarkose, arkosic wacke,
subarkosic wacke. 5c Silty wacke.
UNCONCORMIl Y
EARLY PRECAMBRIAN
MAFIC INTRUSIVE ROCKS
4a Diaoase4b Glomeroporphyritic diabase4c Porphyritic diabase
INTRUSIVE CON-TACT
FELSIC PLUTONIC ROCKS
METAVOLCANICSAND METASEDIMENTSMETASEDIMENTS
2a Wacke2n Quartz S'itslone, arkose2c Biotite-plagtocose gneiss, minor
hornbfende-plagiociase gneiss 2d Ironstone, tetruginous chert. 1
METAVOLCANICS
Ja Malic and intermediate tneta-
Ag SfiVer Au Gold carb Carbonate. Cu Copper. gn G alena. Nl Nickel.
Pd Palladium. Pt Platinum. q QuartsS Su/phide
mineralization U Uranium.
h Bedrock geology. Outcrops and interred extensions of each rock map unit are shown respectively in deep antflignt tones of the same colour. Where m piaces a formation is too narrow to show colour and must be represented in black, a short black bar appears in the appropriate black.
41lt0KJE*119 63.5989 SCADDING 210