Gold, Copper, Nickel, PGE

Property description

The Lemare Property is composed of one block totaling 148 claims covering an area of 6,943.79 ha for over 20 kilometers in length in a SW-NE direction. It is contiguous to the Nisk property on its North West border. Secondary roads running from a Hydro-Québec power line and permanent gravel roads that run along its North West boundary give access all through the property.

In October 2012, Monarques collected 43 channel samples from six trenches totalling 62 metres in length across the exposed spodumene pegmatite. Of these, 11 samples returned a LI2O content superior to 2%. The results of the channel sampling are shown in the table below:

Table. Channel sampling results from Lemare (Monarques Resources Inc.)
ChannelGrade LI2O %Length (metres)
LEM(Li)-12-R11.619.5
including2.006.0
LEM(Li)-12-R21.9612.0
including2.686.0
LEM(Li)-12-R31.7410.5
LEM(Li)-12-R42.124.8
LEM(Li)-12-R51.1814.2
including1.5810.1
LEM(Li)-12-R60.4210.5
including1.123.0

Initial exploration at Lemare was undertaken in 2012 by Monarques Resource Inc. who discovered a "granite pegmatite dyke containing a considerable amount of spodumene." The pegmatite ranges in apparent thickness from 4.8 to 14.2 metres and was followed for close to 200 metres in length on surface. The full length of the dyke remains unknown and is open in both directions. The pegmatite is undrilled so the depth extent also remains unknown.

Figure 1. Trenching program at Lemare showing the six trenches channel sampled
Figure 2. Location of the Lemare project claims in the James Bay area, Quebec, Canada.

Geology

The Lac des Montagnes volcano-sedimentary formation crosses the Lemare Property in a NE direction. It is composed of paragneiss (gneiss formed of metamorphosed sediment), amphibolites and granitic intrusives. The North of the Lac des Montagnes formation is mainly composed by orthogneisses intruded by granites, while the South area of this formation is composed principally of paragneisses, also intruded by felsic to intermediate intrusives.

 

Mineralization

Several areas of the property show potential for gold mineralization. The evidence of hydrothermal activity are numerous, for example: the many silicified and oxidized corridors of mineralization associated with pyrite and pyrrhotite, the presence of quartz-tourmaline veins and the arsenopyrite and tourmaline mineralization hosted in shear zones. The showings of the property are summarized below:

  • The Lac de la Chlorite showing is hosted in a metabasalt with 10 to 15% arsenopyrite and returned gold values of 1.645 g/t, 0.726 g/t and 0.532 g/t.
  • The Lac de la Sillimanite showing, having previously returned 4.7 g/t Au (Raymond, 2009) was resampled and three grab samples returned 0.877 g/t, 0.368 g/t and 0.125 g/t Au.
  • On the target NI-8, quartz-tourmaline veins returned values of 0.33 and 0.23 g/t Au.
  • SE of target NI-1, an outcrop of metasediment with 5% pyrite as returned 0.15 g/t Au. Two boulders in the area returned grades of 0.17 g/t and 0.09 g/t Au.
  • To the east of Post Albanel, the Ancre showing located in the Lac Voirdye area, a grab sample in a mineralized metabasalt with 1% pyrite returned 0.53 g/t Au, 1.55 g/t Ag and 0.12% Cu.

The possibility of nickel-copper-PGE mineralization is confirmed by the presence of Nisk-1 deposit, located close to the Lemare property. Several magnetic anomalies are present on the property and these have not been drill tested. The GRAAB showing, a spodumene pegmatite with an apparent thickness of 5 to 14 meters by 200 meters has been identified. A total of 43 samples have been gathered on 62 meters of channels. Among these samples, 11 show a Li2O content superior to 2%. This discovery proves that there is always a possibility to find new lithium pegmatites on the Lemare property.

Lemare Spodumene Project, diamond drilling significant intersections (>0.5% Li2O) from the SW Extension (June 2017) and Lemare

Lemare Hole IdFrom (m)To (m)Down-hole Intercept (m)Li2O (>0.5 %)1
Extension SW, 2017
LE-17-17109.70111.802.101.37
LE-17-1811.50 14.80 3.301.90
25.3026.801.50 0.83
LE-17-193.006.803.801.09
11.7013.201.501.02
32.7033.801.100.72
46.1047.101.001.88
LE-17-2713.3018.305.001.58
19.10 21.502.400.84
25.00 25.700.700.52
27.80 28.500.701.11
33.2036.603.401.86
LE-17-2822.50 24.001.50 1.24
30.00 37.307.301.18
40.90 47.006.102.26
51.30 52.801.501.21
LE-17-299.6043.3033.700.94
incluant17.70 30.7013.001.42
et37.90 43.305.401.44
52.30 58.105.801.53
LE-17-306.8024.8018.002.00
39.30 42.303.002.28
LE-17-3162.0063.001.001.90
71.70 73.001.301.23
Lemare, 20162
LE-16-0140.7056.6015.901.26
LE-16-0338.80 59.8021.001.75
LE-16-0429.3032.303.000.96
46.90 51.905.001.12
62.30 63.301.001.23
LE-16-0535.2040.505.301.79
46.00 47.751.752.28
LE-16-0673.90 76.252.351.92
LE-16-0736.00 51.0015.001.62
LE-16-0983.35 85.852.501.01
91.2592.851.601.43
LE-16-119.50 10.501.001.26
LE-16-1215.0017.502.501.23
24.50 32.908.401.43
LE-16-135.5034.0028.502.16
LE-16-1413.50 37.5024.001.87
42.00 51.009.002.70

  1. Li2O derived by multiplying elemental Li assay by conversion factor of 2.153

  2. Lemare drilling reported to ASX on November 24, 2016 (under ASX code PLP).


Technical Report

NI 43-101 (Lemare - 11 novembre 2012)

NI 43-101 (Lemare - april 2012)

NI 43-101 (Lac Arques - 8 novembre 2010)