YOJEE LIMITED - Capital/Financing Update 2014

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ASX Release

27 November 2014

**Southern

Crown Resources
Limited**

ABN:
52
143
416
531 Level
1,
Suite
2 415
Riversdale
Road HAWTHORN
EAST
VIC
3123 T: (+61)
3
9813
3882 F: (+61)
3
9813
4882 www.southerncrown.com.au

Contact:

Rhod
Grivas Executive
Director T: +61
419
919
321 [email protected]

**Directors

/
Officers:**

Rhod
Grivas Mark
Papendieck Adrian
Hill

**Issued

Shares
and
Options:**

Shares:
43
million Unlisted
options:
1.5
million

ASX
Code: SWR

**GEOCHEMICAL

RESULTS
HIGHLIGHT LUNA–LUNA
EAST
TREND
AS
‘DRILL-‐READY’
TARGET**

Highlights

Geochemical
exploration
has
confirmed
the
anomalous
1.3km Luna–Luna
East
trend
as
a
mineralised
splay
off
the
main
Luna Fault.
Channel
sampling
has
returned
up
to
1480ppb
gold
(1.48g/t
Au) with
anomalous
silver,
antimony,
bismuth
and
arsenic.
Geochemical
drilling
returned
up
to
140ppb
gold
and
1,200ppb silver.
Biogeochemical
results
indicate
possible
800m
extension
to
the existing
1.3km
strike.

The
Directors
of
Southern
Crown
Resources
Limited ("Southern
Crown" or “the Company”) are
pleased
to
report
the
results
of
an
extensive
exploration program
completed
at
the
Luna-‐Quicksilver
project
in
Alaska,
located approximately
550km
west
of
Anchorage,
Alaska,
in
the
Tintina
Gold
belt,
a
belt which
hosts
a
number
of
world
class
intrusion
related
gold
(“IRG”)
systems including
Donlin
Creek
(45Moz@
2.21g/t)
(Figure
1).

The
exploration
program
consisted
of
collecting
57
auger
geochemical
samples, 151
channel
samples,
350
biogeochemical
(“BGC”)
samples
and
10
rock
chip samples.

Detailed
geological
mapping
was
also
completed.
The
channel sampling
and
auger
geochemical
data
sets
were
used
to
evaluate
gold distribution
in
close
proximity
to
and
in
between
the
Luna
and
Luna
East outcrops.

The
BGC
samples
were
used
to
evaluate
an
approximately
18km[2] area
centered
on
the
Luna/Luna
East
trend.

Southern
Crown’s
Chairman,
Rhod
Grivas
commented: “ The
exploration program
was
successful
in
geochemically
testing
the
trend
between
Luna
and Luna
East
as
well
as
completing
exploration
along
strike
and
across
the
main Luna
north
east
trending
fault
to
ensure
follow
up
bedrock
drilling
can
be focused
on
the
best
targets.

The
results
confirmed
the
best
target
is
the
1.3km
Luna-‐Luna
East
trend,
an interpreted
NNE
splay
off
the
main
Luna
fault
with
a
primarily
silver
rich signature
accompanied
by
anomalous
gold
and
important
pathfinder elements
(antimony
and
arsenic)
typical
of
economic
IRG
systems”.

Page
1
of
11

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Figure
1:
Tintina
gold
belt
showing
project
area
in
SW
Alaska,
200km
from
Donlin
Creek
deposit

LUNA-‐QUICKSILVER
PROJECT
EXPLORATION
UPDATE

**Luna-‐Luna

East
Geochemical
Sampling**

Southern
Crown
completed
channel
sampling
along
the
river
banks
below
the
overburden.
Outcrop
is
limited
in
the immediate
area
with
exposures
isolated
in
river
cut
stream
banks.

The
channel
sampling
provided
critical information
involved
digging
away
up
to
0.5m
of
overburden
to
expose
underlying
weathered
bedrock.
In
excess
of 1600ft
(487m)
of
bedrock
channels
were
exposed
from
all
feasibly
accessible
locations
along
the
stream
cut
banks around
Luna-‐Luna
East.

A
total
of
151
samples
were
collected.

Samples
were
collected
at
nominal
10ft
(3m) intervals.

A
total
of
39
auger
geochemical
holes
for
829ft
(253m)
were
drilled
across
the
main
NE
structural
trend
between Luna
and
Luna
East
on
four
lines
nominally
spaced
400
metres
apart
with
holes
on
each
line
nominally
spaced 100m
apart.
The
majority
of
holes
intersected
the
top
of
bedrock,
however
some
intersected
fault
clays,
with
the average
depth
to
bedrock
of
5
metres.
A
total
of
57
samples
were
collected
and
analyzed.
All
samples
were analyzed
at
the
internationally
certified
ALS
laboratory
in
Fairbanks,
Alaska.

Page
2
of
11

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Figure
2:
Luna-‐Luna
E
topographic
image
with
channel
and
auger
geochemistry
gold
anomalism
(NAD

The
channel
and
auger
drill
sample
types
are
similar
in
nature
and
combining
these
data
sets
allows
for
a comprehensive
understanding
of
the
spatial
distribution
of
mineralization
along
the
NE
trending
Luna-‐Luna
East linear
(Figure
2).
Anomalous
values
consistently
align
along
the
NE
trend
between
Luna
and
Luna
East.
Bismuth
is the
best
pathfinder
mineral
with
the
best
correlation
to
the
potentially
economic
metals
and
highlights
the
Luna
– Luna
East
trend
in
both
the
channel
samples
and
geochemical
holes.
In
the
combined
data
set
bismuth
strongly correlates
with
gold,
lead,
antimony
and
sulphur
and
correlates
well
with
silver,
iron
and
arsenic.
These
correlations are
spatially
related
to
the
sulphide
rich
stockworks
evident
on
the
river
bank
at
Luna
and
the
south
side
of
Luna East
as
well
as
the
massive
sulfide
vein
present
at
Luna
East
(Tables
1
&
2).

Silver
is
the
most
anomalous
valuable
metal,
with
good
continuity
along
the
Luna
–
Luna
East
trend.
Values
above 0.5g/t
Ag
were
recorded
over
the
1.25km
of
strike
tested,
with
a
maximum
of
66.6g/t
Ag.

Gold
is
also
highly anomalous
with
values
up
to
1.48g/t
Au.
Copper
anomalism
of
up
to
976ppm
was
recorded
close
to
the
Luna
East prospect
with
values
in
excess
of
200ppm
recorded
over
a
strike
of
1km
towards
the
Luna
prospect.

Results
from
this
recent
geochemical
exploration
program
coupled
with
results
from
previous
campaigns
and knowledge
from
detailed
mapping
and
geophysics
have
highlighted
numerous
second
order
splays
off
the
main Luna
Fault
as
possible
mineralized
structures
that
have
a
total
strike
length
of
at
least
1.25km.
Several
viable
drill targets
exist
along
these
splays.

Page
3
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11

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**Luna-‐Luna

East
Biogeochemical
Sampling**

In
order
to
test
a
larger
area
along
strike
to
the
Luna
and
Luna
East
prospects
as
well
as
gain
additional
lateral coverage,
the
company
engaged
a
biogeochemical
expert
to
oversee
the
collection
and
analysis
of
vegetation samples.
Over
3km
of
the
Luna-‐Luna
East
strike
was
covered
with
a
total
of
350
biogeochemical
samples
collected on
lines
spaced
400
metres
with
samples
on
each
line
spaced
100
metres.
The
BGC
samples
evaluated
an approximately
18km²
area
centered
on
the
Luna-‐Luna
East
trend.

Samples
were
collected
from
common
species of
plants
to
ensure
a
reflective
geochemical
sample.

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----- Start of picture text -----

Potential
new
target
NE
of
Luna
East
Luna East
Luna
----- End of picture text -----

Figure
3:
Luna
Quicksilver
BGC
sampling
showing
gold
anomalism
and
structure
interpreted
from
the
geophysics.

Page
4
of
11

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The
biogeochemical
data
generally
correlated
with
the
rock
data
set
with
respect
to
structure
and
gold
anomalism (Figure
3).
The
BGC
data
showed
a
very
strong
anomaly
around
the
main
Luna
outcrop
and
identified
the
major
NE trending
structure
(Luna
fault)
as
well
as
several
second
order
splays.

The
data
set
also
provided
key
additional information
–
primarily
the
possible
800m
NE
extension
of
Au
mineralization
along
the
Luna-‐Luna
East
trend
and evidence
of
a
more
subtle
NW
trend
extending
from
the
main
Luna
outcrop.

Critical
pathfinders
show
an
offset mirrored
pattern
on
opposite
sides
of
the
Luna
fault
and
could
provide
kinematic
information
upon
further analysis.

The
biogeochemistry
also
identified
a
base
metal
(Ni-‐Co)
+/-‐
Ag
dominated
anomaly
in
the
SE
corner
of
the
survey. Volatile
pathfinders
define
a
relatively
tight
cluster
which
identifies
the
center
of
the
Ni-‐Co
cell.
The
lack
of
gold
in the
BGC
data
set
could
be
species
dependent
or
possibly
suppressed
in
the
wet
environment
present
within
the survey.
It
is
Southern
Crown’s
belief
that
more
emphasis
should
perhaps
be
placed
on
the
broad
As-‐Sb
anomalies identified
in
the
survey
as
these
pathfinders
correlate
well
with
Au
in
the
rock
data
and
in
other
nearby
deposits.

**Future

Work**

With
Southern
Crown’s
program
of
exploration
work
along
with
historical
exploration
in
and
around
the
Luna
– Luna
East
trend,
the
obvious
next
stage
is
to
conduct
a
bedrock
drilling
program.
The
Company
is
awaiting
the
final technical
report
from
the
biogeochemist
before
finalising
plans
for
follow-‐up
exploration.
Alaska
has
a
summer field
season
commencing
in
May
and
finishing
in
October.
Drilling
can
be
conducted
during
winter
however
it requires
a
winterised
camp
and
the
Company
does
not
intend
conducting
any
further
exploration
until
summer. Although
the
scout
geochemistry
drilling
rig
used
during
August
and
September
2014
was
track
mounted,
it
had limited
ability
to
move
around
on
the
tundra
surface
at
Luna.
Prior
to
the
commencement
of
the
field
season, Southern
Crown
will
review
the
type
and
availability
of
suitable
cost
effective
drill
rigs.

**For

further
information
please
contact:**

**Rhod

Grivas**

Chairman

Ph:
+61
419
919
321

Competent Person’s Statement

The
information
in
this
report
that
relates
to
Exploration
Targets,
Exploration
Results,
Mineral
Resources
or
Ore
Reserves
is
based
on
information compiled
by
Mr
Rhoderick
Grivas,
an
employee
of
the
Company
and
a
Competent
Person
who
is
a
Member
of
The
Australasian
Institute
of
Mining and
Metallurgy
and
the
Australian
Institute
of
Geoscientists.
Mr
Grivas
has
sufficient
experience
that
is
relevant
to
the
style
of
mineralisation
and type
of
deposit
under
consideration
and
to
the
activity
being
undertaken
to
qualify
as
a
Competent
Person
as
defined
in
the
2012
Edition
of
the ‘Australasian
Code
for
Reporting
of
Exploration
Results,
Mineral
Resources
and
Ore
Reserves’.
Mr
Grivas
consents
to
the
inclusion
in
the
report
of the
matters
based
on
his
information
in
the
form
and
context
in
which
it
appears.

Page
5
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11

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**APPENDIX

1**

Table
1
–
Anomalous
channel
sample
assay
results
nominally
above
0.1g/t
Au
or
0.3g/t
Ag

Sample#	Easting	Northing	Au_ppm	Ag_ppm	As_ppm	Bi_ppm	Cu_ppm	Fe_%	Pb_ppm	S_%
18884	473,313	6,700,267	0.02	0.36	70.9	0.37	21.6	3.42	14.2	0.1
18892	473,336	6,700,256	0.03	0.43	215	0.71	58.8	4.97	9.3	0.6
18898	473,355	6,700,246	0.04	1.01	83.2	0.89	107.5	3.61	16.3	0.29
18899	473,358	6,700,245	0.03	1.41	100.5	1.05	102	3.88	30.3	0.46
18907	473,261	6,700,633	0.01	0.38	14.4	0.25	95.2	5.86	18.8	0.77
18917	473,304	6,700,653	0.03	0.32	41.6	0.47	81	5.5	8.2	0.46
18933	473,444	6,700,690	0.04	0.35	12.5	0.08	58	5.72	27.8	0.65
18935	473,451	6,700,690	0.07	0.56	24.9	0.12	91.9	6.32	20.7	0.87
18937	473,457	6,700,690	0.14	0.55	18.4	0.16	94.8	5.78	24.2	0.68
1313167	474,356	6,700,938	1.48	16.05	10000	36.6	976	14.85	32.7	2.99
1313601	473,361	6,700,243	0.07	0.76	506	0.82	78.8	3.5	14.4	0.24
1313603	473,367	6,700,240	0.02	0.31	46.8	0.4	42.1	3.36	10.2	0.27
1313608	473,385	6,700,231	0.04	0.3	129	0.55	48.5	3.75	9.4	0.13
1313611	474,057	6,700,730	0.12	3.36	3430	4.9	845	6.78	7.8	1.62
1313612	474,053	6,700,727	0.07	2.28	1875	2.21	709	5.56	4.9	1.2
1313613	474,050	6,700,723	0.04	0.48	155	0.93	234	5.28	3.9	0.45
1313615	474,043	6,700,696	0.79	0.43	10000	6.05	119	6.15	4.6	0.39
1313617	473,599	6,700,551	0.19	0.58	56.5	0.07	308	6.3	7.1	0.28
1313618	473,594	6,700,552	0.13	0.65	45.5	0.2	483	6.07	6.7	0.71
1313619	474,342	6,700,932	0.06	0.99	66.7	2.98	96.6	6.33	5.9	0.11
1313621	474,352	6,700,930	0.28	9.07	10000	12.35	526	8.15	12.1	0.74
1313625	474,363	6,700,927	0.005	0.3	65.9	1.61	114.5	5.86	8.1	0.69
1313627	474,369	6,700,927	0.04	0.36	93.8	1.71	273	6.78	7	0.44
1313629	474,373	6,700,921	0.01	1.13	274	1.08	169.5	6.22	5.4	0.37
1313635	474,004	6,700,622	0.03	0.99	1070	1.09	188	5.27	15.9	0.14
1313636	474,003	6,700,619	0.02	0.71	273	1.14	140.5	5.61	18.5	0.04
1313637	474,003	6,700,615	0.04	0.4	714	1.14	86.7	4.99	19.7	0.04
1313638	474,002	6,700,612	0.55	0.96	1015	1.94	90.7	5.19	93.3	0.04
1313649	473,342	6,700,676	0.6	0.97	1970	3.86	238	6.61	12.5	0.25
1313651	473,347	6,700,677	0.02	0.3	372	0.94	68.3	5.13	12.5	0.14
1313663	473,388	6,700,687	0.005	0.36	26.6	0.44	139	6.2	17.8	0.49

Note:
A
total
of
151
channel
samples
were
collected
and
analysed,
31
are
reported
here
are
considered
anomalous

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6
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11

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Table
2
–
Auger
geochemistry
sample
assay
results
nominally
above
0.1g/t
Au
or
0.3g/t
Ag

Table 2 – Auger geochemistry sample assay results nominally above 0.1g/t Au or 0.3g/t Ag Hole Number Depth (ft) Sample# Easting Northing Au_ppm Ag_ppm As_ppm Bi_ppm Cu_ppm Fe_% LN-14-001 47 1313101 473474 6700222 0.07 0.61 46.1 0.33 141 5.53 LN-14-002 25 1313102 473448 6700256 0.005 0.17 43.1 0.14 58 5.43 LN-14-003 14 1313103 473417 6700310 0.02 0.42 96.4 0.23 89.1 5.31 LN-14-004 22 1313104 473390 6700348 0.06 0.31 63.1 0.44 89.5 3.61 LN-14-005 20 1313105 473368 6700386 0.03 0.23 49 0.32 40.7 3.78 LN-14-006 12 1313106 473340 6700414 0.02 0.25 71.3 0.36 64.5 4.4 LN-14-007 7 1313107 473290 6700448 0.005 0.12 18.9 0.15 46.3 4.23 LN-14-007 9 1313108 473290 6700448 0.005 0.12 24 0.15 50.2 4.22 LN-14-007 12 1313109 473290 6700448 0.005 0.16 28.4 0.16 55.8 4.51 LN-14-008 13 1313111 473374 6700281 0.03 0.23 99 0.21 91.6 5.15 LN-14-008 14 1313112 473374 6700281 0.14 1.21 173 0.91 92.3 3.65 LN-14-009 12 1313113 473334 6700320 0.14 0.64 1200 0.84 69.3 3.53 LN-14-009 13 1313114 473334 6700320 0.01 0.16 40.2 0.16 50.9 5.61 LN-14-010 13.5 1313115 473772 6700458 0.005 0.08 52 0.42 35 4.69 LN-14-010 12.5 1313116 473772 6700458 0.005 0.08 48.1 0.53 42.3 4.83 LN-14-011 12 1313117 473834 6700400 0.005 0.16 36.8 0.14 64.8 5.53 LN-14-012 12 1313118 473895 6700312 0.01 0.17 119.5 0.09 78.4 4.05 LN-14-012 13 1313119 473895 6700312 0.005 0.07 39.3 0.03 16.6 3.68 LN-14-013 21 1313121 473944 6700227 0.005 0.18 21.4 0.17 61.6 4.54 LN-14-014 20 1313122 473994 6700132 0.005 0.12 20.5 0.15 49.2 4.75 LN-14-015 23 1313123 474052 6700062 0.005 0.22 13.4 0.15 58.1 5.16 LN-14-016 11 1313124 474108 6699961 0.005 0.14 16.6 0.18 73.1 5.51 LN-14-017 12 1313125 474164 6699900 0.005 0.14 17.9 0.17 60 5.02 LN-14-018 22 1313126 474211 6699809 0.005 0.15 16.9 0.18 66.7 5.68 LN-14-019 23 1313127 474234 6699776 0.005 0.21 16.1 1.12 76.3 5.33 LN-14-020 25 1313128 474720 6699765 0.005 0.08 27.1 0.18 59.2 5.64 LN-14-021 16 1313129 474670 6699857 0.005 0.05 364 0.09 52.3 5.65 LN-14-022 17 1313130 474610 6699941 0.005 0.16 26.6 0.15 84.2 4.77 LN-14-023 19 1313131 474559 6700025 0.005 0.3 34.8 0.17 61.3 5.27 LN-14-024 25 1313132 474508 6700108 0.005 0.16 22.9 0.17 54.1 5.08 LN-14-025 35 1313133 474452 6700194 0.005 0.14 10.8 0.18 63.6 5.15 LN-14-026 25 1313134 474403 6700274 0.02 0.13 18.4 0.19 53.1 5.16 LN-14-027 13 1313135 474359 6700325 0.005 0.17 33.8 0.23 55.4 4.59 LN-14-028 15 1313136 474394 6700579 0.005 0.12 20.2 0.13 42.5 3.8 LN-14-029 18 1313137 474231 6700523 0.005 0.18 7.4 0.17 63.8 5.42 LN-14-030 21 1313138 474170 6700606 0.01 0.13 19.8 0.07 59.4 4.77 LN-14-030 23 1313139 474170 6700606 0.005 0.2 17.6 0.04 172.5 4.81	Table 2 – Auger geochemistry sample assay results nominally above 0.1g/t Au or 0.3g/t Ag Hole Number Depth (ft) Sample# Easting Northing Au_ppm Ag_ppm As_ppm Bi_ppm Cu_ppm Fe_% LN-14-001 47 1313101 473474 6700222 0.07 0.61 46.1 0.33 141 5.53 LN-14-002 25 1313102 473448 6700256 0.005 0.17 43.1 0.14 58 5.43 LN-14-003 14 1313103 473417 6700310 0.02 0.42 96.4 0.23 89.1 5.31 LN-14-004 22 1313104 473390 6700348 0.06 0.31 63.1 0.44 89.5 3.61 LN-14-005 20 1313105 473368 6700386 0.03 0.23 49 0.32 40.7 3.78 LN-14-006 12 1313106 473340 6700414 0.02 0.25 71.3 0.36 64.5 4.4 LN-14-007 7 1313107 473290 6700448 0.005 0.12 18.9 0.15 46.3 4.23 LN-14-007 9 1313108 473290 6700448 0.005 0.12 24 0.15 50.2 4.22 LN-14-007 12 1313109 473290 6700448 0.005 0.16 28.4 0.16 55.8 4.51 LN-14-008 13 1313111 473374 6700281 0.03 0.23 99 0.21 91.6 5.15 LN-14-008 14 1313112 473374 6700281 0.14 1.21 173 0.91 92.3 3.65 LN-14-009 12 1313113 473334 6700320 0.14 0.64 1200 0.84 69.3 3.53 LN-14-009 13 1313114 473334 6700320 0.01 0.16 40.2 0.16 50.9 5.61 LN-14-010 13.5 1313115 473772 6700458 0.005 0.08 52 0.42 35 4.69 LN-14-010 12.5 1313116 473772 6700458 0.005 0.08 48.1 0.53 42.3 4.83 LN-14-011 12 1313117 473834 6700400 0.005 0.16 36.8 0.14 64.8 5.53 LN-14-012 12 1313118 473895 6700312 0.01 0.17 119.5 0.09 78.4 4.05 LN-14-012 13 1313119 473895 6700312 0.005 0.07 39.3 0.03 16.6 3.68 LN-14-013 21 1313121 473944 6700227 0.005 0.18 21.4 0.17 61.6 4.54 LN-14-014 20 1313122 473994 6700132 0.005 0.12 20.5 0.15 49.2 4.75 LN-14-015 23 1313123 474052 6700062 0.005 0.22 13.4 0.15 58.1 5.16 LN-14-016 11 1313124 474108 6699961 0.005 0.14 16.6 0.18 73.1 5.51 LN-14-017 12 1313125 474164 6699900 0.005 0.14 17.9 0.17 60 5.02 LN-14-018 22 1313126 474211 6699809 0.005 0.15 16.9 0.18 66.7 5.68 LN-14-019 23 1313127 474234 6699776 0.005 0.21 16.1 1.12 76.3 5.33 LN-14-020 25 1313128 474720 6699765 0.005 0.08 27.1 0.18 59.2 5.64 LN-14-021 16 1313129 474670 6699857 0.005 0.05 364 0.09 52.3 5.65 LN-14-022 17 1313130 474610 6699941 0.005 0.16 26.6 0.15 84.2 4.77 LN-14-023 19 1313131 474559 6700025 0.005 0.3 34.8 0.17 61.3 5.27 LN-14-024 25 1313132 474508 6700108 0.005 0.16 22.9 0.17 54.1 5.08 LN-14-025 35 1313133 474452 6700194 0.005 0.14 10.8 0.18 63.6 5.15 LN-14-026 25 1313134 474403 6700274 0.02 0.13 18.4 0.19 53.1 5.16 LN-14-027 13 1313135 474359 6700325 0.005 0.17 33.8 0.23 55.4 4.59 LN-14-028 15 1313136 474394 6700579 0.005 0.12 20.2 0.13 42.5 3.8 LN-14-029 18 1313137 474231 6700523 0.005 0.18 7.4 0.17 63.8 5.42 LN-14-030 21 1313138 474170 6700606 0.01 0.13 19.8 0.07 59.4 4.77 LN-14-030 23 1313139 474170 6700606 0.005 0.2 17.6 0.04 172.5 4.81	Table 2 – Auger geochemistry sample assay results nominally above 0.1g/t Au or 0.3g/t Ag Hole Number Depth (ft) Sample# Easting Northing Au_ppm Ag_ppm As_ppm Bi_ppm Cu_ppm Fe_% LN-14-001 47 1313101 473474 6700222 0.07 0.61 46.1 0.33 141 5.53 LN-14-002 25 1313102 473448 6700256 0.005 0.17 43.1 0.14 58 5.43 LN-14-003 14 1313103 473417 6700310 0.02 0.42 96.4 0.23 89.1 5.31 LN-14-004 22 1313104 473390 6700348 0.06 0.31 63.1 0.44 89.5 3.61 LN-14-005 20 1313105 473368 6700386 0.03 0.23 49 0.32 40.7 3.78 LN-14-006 12 1313106 473340 6700414 0.02 0.25 71.3 0.36 64.5 4.4 LN-14-007 7 1313107 473290 6700448 0.005 0.12 18.9 0.15 46.3 4.23 LN-14-007 9 1313108 473290 6700448 0.005 0.12 24 0.15 50.2 4.22 LN-14-007 12 1313109 473290 6700448 0.005 0.16 28.4 0.16 55.8 4.51 LN-14-008 13 1313111 473374 6700281 0.03 0.23 99 0.21 91.6 5.15 LN-14-008 14 1313112 473374 6700281 0.14 1.21 173 0.91 92.3 3.65 LN-14-009 12 1313113 473334 6700320 0.14 0.64 1200 0.84 69.3 3.53 LN-14-009 13 1313114 473334 6700320 0.01 0.16 40.2 0.16 50.9 5.61 LN-14-010 13.5 1313115 473772 6700458 0.005 0.08 52 0.42 35 4.69 LN-14-010 12.5 1313116 473772 6700458 0.005 0.08 48.1 0.53 42.3 4.83 LN-14-011 12 1313117 473834 6700400 0.005 0.16 36.8 0.14 64.8 5.53 LN-14-012 12 1313118 473895 6700312 0.01 0.17 119.5 0.09 78.4 4.05 LN-14-012 13 1313119 473895 6700312 0.005 0.07 39.3 0.03 16.6 3.68 LN-14-013 21 1313121 473944 6700227 0.005 0.18 21.4 0.17 61.6 4.54 LN-14-014 20 1313122 473994 6700132 0.005 0.12 20.5 0.15 49.2 4.75 LN-14-015 23 1313123 474052 6700062 0.005 0.22 13.4 0.15 58.1 5.16 LN-14-016 11 1313124 474108 6699961 0.005 0.14 16.6 0.18 73.1 5.51 LN-14-017 12 1313125 474164 6699900 0.005 0.14 17.9 0.17 60 5.02 LN-14-018 22 1313126 474211 6699809 0.005 0.15 16.9 0.18 66.7 5.68 LN-14-019 23 1313127 474234 6699776 0.005 0.21 16.1 1.12 76.3 5.33 LN-14-020 25 1313128 474720 6699765 0.005 0.08 27.1 0.18 59.2 5.64 LN-14-021 16 1313129 474670 6699857 0.005 0.05 364 0.09 52.3 5.65 LN-14-022 17 1313130 474610 6699941 0.005 0.16 26.6 0.15 84.2 4.77 LN-14-023 19 1313131 474559 6700025 0.005 0.3 34.8 0.17 61.3 5.27 LN-14-024 25 1313132 474508 6700108 0.005 0.16 22.9 0.17 54.1 5.08 LN-14-025 35 1313133 474452 6700194 0.005 0.14 10.8 0.18 63.6 5.15 LN-14-026 25 1313134 474403 6700274 0.02 0.13 18.4 0.19 53.1 5.16 LN-14-027 13 1313135 474359 6700325 0.005 0.17 33.8 0.23 55.4 4.59 LN-14-028 15 1313136 474394 6700579 0.005 0.12 20.2 0.13 42.5 3.8 LN-14-029 18 1313137 474231 6700523 0.005 0.18 7.4 0.17 63.8 5.42 LN-14-030 21 1313138 474170 6700606 0.01 0.13 19.8 0.07 59.4 4.77 LN-14-030 23 1313139 474170 6700606 0.005 0.2 17.6 0.04 172.5 4.81	Table 2 – Auger geochemistry sample assay results nominally above 0.1g/t Au or 0.3g/t Ag Hole Number Depth (ft) Sample# Easting Northing Au_ppm Ag_ppm As_ppm Bi_ppm Cu_ppm Fe_% LN-14-001 47 1313101 473474 6700222 0.07 0.61 46.1 0.33 141 5.53 LN-14-002 25 1313102 473448 6700256 0.005 0.17 43.1 0.14 58 5.43 LN-14-003 14 1313103 473417 6700310 0.02 0.42 96.4 0.23 89.1 5.31 LN-14-004 22 1313104 473390 6700348 0.06 0.31 63.1 0.44 89.5 3.61 LN-14-005 20 1313105 473368 6700386 0.03 0.23 49 0.32 40.7 3.78 LN-14-006 12 1313106 473340 6700414 0.02 0.25 71.3 0.36 64.5 4.4 LN-14-007 7 1313107 473290 6700448 0.005 0.12 18.9 0.15 46.3 4.23 LN-14-007 9 1313108 473290 6700448 0.005 0.12 24 0.15 50.2 4.22 LN-14-007 12 1313109 473290 6700448 0.005 0.16 28.4 0.16 55.8 4.51 LN-14-008 13 1313111 473374 6700281 0.03 0.23 99 0.21 91.6 5.15 LN-14-008 14 1313112 473374 6700281 0.14 1.21 173 0.91 92.3 3.65 LN-14-009 12 1313113 473334 6700320 0.14 0.64 1200 0.84 69.3 3.53 LN-14-009 13 1313114 473334 6700320 0.01 0.16 40.2 0.16 50.9 5.61 LN-14-010 13.5 1313115 473772 6700458 0.005 0.08 52 0.42 35 4.69 LN-14-010 12.5 1313116 473772 6700458 0.005 0.08 48.1 0.53 42.3 4.83 LN-14-011 12 1313117 473834 6700400 0.005 0.16 36.8 0.14 64.8 5.53 LN-14-012 12 1313118 473895 6700312 0.01 0.17 119.5 0.09 78.4 4.05 LN-14-012 13 1313119 473895 6700312 0.005 0.07 39.3 0.03 16.6 3.68 LN-14-013 21 1313121 473944 6700227 0.005 0.18 21.4 0.17 61.6 4.54 LN-14-014 20 1313122 473994 6700132 0.005 0.12 20.5 0.15 49.2 4.75 LN-14-015 23 1313123 474052 6700062 0.005 0.22 13.4 0.15 58.1 5.16 LN-14-016 11 1313124 474108 6699961 0.005 0.14 16.6 0.18 73.1 5.51 LN-14-017 12 1313125 474164 6699900 0.005 0.14 17.9 0.17 60 5.02 LN-14-018 22 1313126 474211 6699809 0.005 0.15 16.9 0.18 66.7 5.68 LN-14-019 23 1313127 474234 6699776 0.005 0.21 16.1 1.12 76.3 5.33 LN-14-020 25 1313128 474720 6699765 0.005 0.08 27.1 0.18 59.2 5.64 LN-14-021 16 1313129 474670 6699857 0.005 0.05 364 0.09 52.3 5.65 LN-14-022 17 1313130 474610 6699941 0.005 0.16 26.6 0.15 84.2 4.77 LN-14-023 19 1313131 474559 6700025 0.005 0.3 34.8 0.17 61.3 5.27 LN-14-024 25 1313132 474508 6700108 0.005 0.16 22.9 0.17 54.1 5.08 LN-14-025 35 1313133 474452 6700194 0.005 0.14 10.8 0.18 63.6 5.15 LN-14-026 25 1313134 474403 6700274 0.02 0.13 18.4 0.19 53.1 5.16 LN-14-027 13 1313135 474359 6700325 0.005 0.17 33.8 0.23 55.4 4.59 LN-14-028 15 1313136 474394 6700579 0.005 0.12 20.2 0.13 42.5 3.8 LN-14-029 18 1313137 474231 6700523 0.005 0.18 7.4 0.17 63.8 5.42 LN-14-030 21 1313138 474170 6700606 0.01 0.13 19.8 0.07 59.4 4.77 LN-14-030 23 1313139 474170 6700606 0.005 0.2 17.6 0.04 172.5 4.81	Table 2 – Auger geochemistry sample assay results nominally above 0.1g/t Au or 0.3g/t Ag Hole Number Depth (ft) Sample# Easting Northing Au_ppm Ag_ppm As_ppm Bi_ppm Cu_ppm Fe_% LN-14-001 47 1313101 473474 6700222 0.07 0.61 46.1 0.33 141 5.53 LN-14-002 25 1313102 473448 6700256 0.005 0.17 43.1 0.14 58 5.43 LN-14-003 14 1313103 473417 6700310 0.02 0.42 96.4 0.23 89.1 5.31 LN-14-004 22 1313104 473390 6700348 0.06 0.31 63.1 0.44 89.5 3.61 LN-14-005 20 1313105 473368 6700386 0.03 0.23 49 0.32 40.7 3.78 LN-14-006 12 1313106 473340 6700414 0.02 0.25 71.3 0.36 64.5 4.4 LN-14-007 7 1313107 473290 6700448 0.005 0.12 18.9 0.15 46.3 4.23 LN-14-007 9 1313108 473290 6700448 0.005 0.12 24 0.15 50.2 4.22 LN-14-007 12 1313109 473290 6700448 0.005 0.16 28.4 0.16 55.8 4.51 LN-14-008 13 1313111 473374 6700281 0.03 0.23 99 0.21 91.6 5.15 LN-14-008 14 1313112 473374 6700281 0.14 1.21 173 0.91 92.3 3.65 LN-14-009 12 1313113 473334 6700320 0.14 0.64 1200 0.84 69.3 3.53 LN-14-009 13 1313114 473334 6700320 0.01 0.16 40.2 0.16 50.9 5.61 LN-14-010 13.5 1313115 473772 6700458 0.005 0.08 52 0.42 35 4.69 LN-14-010 12.5 1313116 473772 6700458 0.005 0.08 48.1 0.53 42.3 4.83 LN-14-011 12 1313117 473834 6700400 0.005 0.16 36.8 0.14 64.8 5.53 LN-14-012 12 1313118 473895 6700312 0.01 0.17 119.5 0.09 78.4 4.05 LN-14-012 13 1313119 473895 6700312 0.005 0.07 39.3 0.03 16.6 3.68 LN-14-013 21 1313121 473944 6700227 0.005 0.18 21.4 0.17 61.6 4.54 LN-14-014 20 1313122 473994 6700132 0.005 0.12 20.5 0.15 49.2 4.75 LN-14-015 23 1313123 474052 6700062 0.005 0.22 13.4 0.15 58.1 5.16 LN-14-016 11 1313124 474108 6699961 0.005 0.14 16.6 0.18 73.1 5.51 LN-14-017 12 1313125 474164 6699900 0.005 0.14 17.9 0.17 60 5.02 LN-14-018 22 1313126 474211 6699809 0.005 0.15 16.9 0.18 66.7 5.68 LN-14-019 23 1313127 474234 6699776 0.005 0.21 16.1 1.12 76.3 5.33 LN-14-020 25 1313128 474720 6699765 0.005 0.08 27.1 0.18 59.2 5.64 LN-14-021 16 1313129 474670 6699857 0.005 0.05 364 0.09 52.3 5.65 LN-14-022 17 1313130 474610 6699941 0.005 0.16 26.6 0.15 84.2 4.77 LN-14-023 19 1313131 474559 6700025 0.005 0.3 34.8 0.17 61.3 5.27 LN-14-024 25 1313132 474508 6700108 0.005 0.16 22.9 0.17 54.1 5.08 LN-14-025 35 1313133 474452 6700194 0.005 0.14 10.8 0.18 63.6 5.15 LN-14-026 25 1313134 474403 6700274 0.02 0.13 18.4 0.19 53.1 5.16 LN-14-027 13 1313135 474359 6700325 0.005 0.17 33.8 0.23 55.4 4.59 LN-14-028 15 1313136 474394 6700579 0.005 0.12 20.2 0.13 42.5 3.8 LN-14-029 18 1313137 474231 6700523 0.005 0.18 7.4 0.17 63.8 5.42 LN-14-030 21 1313138 474170 6700606 0.01 0.13 19.8 0.07 59.4 4.77 LN-14-030 23 1313139 474170 6700606 0.005 0.2 17.6 0.04 172.5 4.81	Table 2 – Auger geochemistry sample assay results nominally above 0.1g/t Au or 0.3g/t Ag Hole Number Depth (ft) Sample# Easting Northing Au_ppm Ag_ppm As_ppm Bi_ppm Cu_ppm Fe_% LN-14-001 47 1313101 473474 6700222 0.07 0.61 46.1 0.33 141 5.53 LN-14-002 25 1313102 473448 6700256 0.005 0.17 43.1 0.14 58 5.43 LN-14-003 14 1313103 473417 6700310 0.02 0.42 96.4 0.23 89.1 5.31 LN-14-004 22 1313104 473390 6700348 0.06 0.31 63.1 0.44 89.5 3.61 LN-14-005 20 1313105 473368 6700386 0.03 0.23 49 0.32 40.7 3.78 LN-14-006 12 1313106 473340 6700414 0.02 0.25 71.3 0.36 64.5 4.4 LN-14-007 7 1313107 473290 6700448 0.005 0.12 18.9 0.15 46.3 4.23 LN-14-007 9 1313108 473290 6700448 0.005 0.12 24 0.15 50.2 4.22 LN-14-007 12 1313109 473290 6700448 0.005 0.16 28.4 0.16 55.8 4.51 LN-14-008 13 1313111 473374 6700281 0.03 0.23 99 0.21 91.6 5.15 LN-14-008 14 1313112 473374 6700281 0.14 1.21 173 0.91 92.3 3.65 LN-14-009 12 1313113 473334 6700320 0.14 0.64 1200 0.84 69.3 3.53 LN-14-009 13 1313114 473334 6700320 0.01 0.16 40.2 0.16 50.9 5.61 LN-14-010 13.5 1313115 473772 6700458 0.005 0.08 52 0.42 35 4.69 LN-14-010 12.5 1313116 473772 6700458 0.005 0.08 48.1 0.53 42.3 4.83 LN-14-011 12 1313117 473834 6700400 0.005 0.16 36.8 0.14 64.8 5.53 LN-14-012 12 1313118 473895 6700312 0.01 0.17 119.5 0.09 78.4 4.05 LN-14-012 13 1313119 473895 6700312 0.005 0.07 39.3 0.03 16.6 3.68 LN-14-013 21 1313121 473944 6700227 0.005 0.18 21.4 0.17 61.6 4.54 LN-14-014 20 1313122 473994 6700132 0.005 0.12 20.5 0.15 49.2 4.75 LN-14-015 23 1313123 474052 6700062 0.005 0.22 13.4 0.15 58.1 5.16 LN-14-016 11 1313124 474108 6699961 0.005 0.14 16.6 0.18 73.1 5.51 LN-14-017 12 1313125 474164 6699900 0.005 0.14 17.9 0.17 60 5.02 LN-14-018 22 1313126 474211 6699809 0.005 0.15 16.9 0.18 66.7 5.68 LN-14-019 23 1313127 474234 6699776 0.005 0.21 16.1 1.12 76.3 5.33 LN-14-020 25 1313128 474720 6699765 0.005 0.08 27.1 0.18 59.2 5.64 LN-14-021 16 1313129 474670 6699857 0.005 0.05 364 0.09 52.3 5.65 LN-14-022 17 1313130 474610 6699941 0.005 0.16 26.6 0.15 84.2 4.77 LN-14-023 19 1313131 474559 6700025 0.005 0.3 34.8 0.17 61.3 5.27 LN-14-024 25 1313132 474508 6700108 0.005 0.16 22.9 0.17 54.1 5.08 LN-14-025 35 1313133 474452 6700194 0.005 0.14 10.8 0.18 63.6 5.15 LN-14-026 25 1313134 474403 6700274 0.02 0.13 18.4 0.19 53.1 5.16 LN-14-027 13 1313135 474359 6700325 0.005 0.17 33.8 0.23 55.4 4.59 LN-14-028 15 1313136 474394 6700579 0.005 0.12 20.2 0.13 42.5 3.8 LN-14-029 18 1313137 474231 6700523 0.005 0.18 7.4 0.17 63.8 5.42 LN-14-030 21 1313138 474170 6700606 0.01 0.13 19.8 0.07 59.4 4.77 LN-14-030 23 1313139 474170 6700606 0.005 0.2 17.6 0.04 172.5 4.81	Table 2 – Auger geochemistry sample assay results nominally above 0.1g/t Au or 0.3g/t Ag Hole Number Depth (ft) Sample# Easting Northing Au_ppm Ag_ppm As_ppm Bi_ppm Cu_ppm Fe_% LN-14-001 47 1313101 473474 6700222 0.07 0.61 46.1 0.33 141 5.53 LN-14-002 25 1313102 473448 6700256 0.005 0.17 43.1 0.14 58 5.43 LN-14-003 14 1313103 473417 6700310 0.02 0.42 96.4 0.23 89.1 5.31 LN-14-004 22 1313104 473390 6700348 0.06 0.31 63.1 0.44 89.5 3.61 LN-14-005 20 1313105 473368 6700386 0.03 0.23 49 0.32 40.7 3.78 LN-14-006 12 1313106 473340 6700414 0.02 0.25 71.3 0.36 64.5 4.4 LN-14-007 7 1313107 473290 6700448 0.005 0.12 18.9 0.15 46.3 4.23 LN-14-007 9 1313108 473290 6700448 0.005 0.12 24 0.15 50.2 4.22 LN-14-007 12 1313109 473290 6700448 0.005 0.16 28.4 0.16 55.8 4.51 LN-14-008 13 1313111 473374 6700281 0.03 0.23 99 0.21 91.6 5.15 LN-14-008 14 1313112 473374 6700281 0.14 1.21 173 0.91 92.3 3.65 LN-14-009 12 1313113 473334 6700320 0.14 0.64 1200 0.84 69.3 3.53 LN-14-009 13 1313114 473334 6700320 0.01 0.16 40.2 0.16 50.9 5.61 LN-14-010 13.5 1313115 473772 6700458 0.005 0.08 52 0.42 35 4.69 LN-14-010 12.5 1313116 473772 6700458 0.005 0.08 48.1 0.53 42.3 4.83 LN-14-011 12 1313117 473834 6700400 0.005 0.16 36.8 0.14 64.8 5.53 LN-14-012 12 1313118 473895 6700312 0.01 0.17 119.5 0.09 78.4 4.05 LN-14-012 13 1313119 473895 6700312 0.005 0.07 39.3 0.03 16.6 3.68 LN-14-013 21 1313121 473944 6700227 0.005 0.18 21.4 0.17 61.6 4.54 LN-14-014 20 1313122 473994 6700132 0.005 0.12 20.5 0.15 49.2 4.75 LN-14-015 23 1313123 474052 6700062 0.005 0.22 13.4 0.15 58.1 5.16 LN-14-016 11 1313124 474108 6699961 0.005 0.14 16.6 0.18 73.1 5.51 LN-14-017 12 1313125 474164 6699900 0.005 0.14 17.9 0.17 60 5.02 LN-14-018 22 1313126 474211 6699809 0.005 0.15 16.9 0.18 66.7 5.68 LN-14-019 23 1313127 474234 6699776 0.005 0.21 16.1 1.12 76.3 5.33 LN-14-020 25 1313128 474720 6699765 0.005 0.08 27.1 0.18 59.2 5.64 LN-14-021 16 1313129 474670 6699857 0.005 0.05 364 0.09 52.3 5.65 LN-14-022 17 1313130 474610 6699941 0.005 0.16 26.6 0.15 84.2 4.77 LN-14-023 19 1313131 474559 6700025 0.005 0.3 34.8 0.17 61.3 5.27 LN-14-024 25 1313132 474508 6700108 0.005 0.16 22.9 0.17 54.1 5.08 LN-14-025 35 1313133 474452 6700194 0.005 0.14 10.8 0.18 63.6 5.15 LN-14-026 25 1313134 474403 6700274 0.02 0.13 18.4 0.19 53.1 5.16 LN-14-027 13 1313135 474359 6700325 0.005 0.17 33.8 0.23 55.4 4.59 LN-14-028 15 1313136 474394 6700579 0.005 0.12 20.2 0.13 42.5 3.8 LN-14-029 18 1313137 474231 6700523 0.005 0.18 7.4 0.17 63.8 5.42 LN-14-030 21 1313138 474170 6700606 0.01 0.13 19.8 0.07 59.4 4.77 LN-14-030 23 1313139 474170 6700606 0.005 0.2 17.6 0.04 172.5 4.81	Table 2 – Auger geochemistry sample assay results nominally above 0.1g/t Au or 0.3g/t Ag Hole Number Depth (ft) Sample# Easting Northing Au_ppm Ag_ppm As_ppm Bi_ppm Cu_ppm Fe_% LN-14-001 47 1313101 473474 6700222 0.07 0.61 46.1 0.33 141 5.53 LN-14-002 25 1313102 473448 6700256 0.005 0.17 43.1 0.14 58 5.43 LN-14-003 14 1313103 473417 6700310 0.02 0.42 96.4 0.23 89.1 5.31 LN-14-004 22 1313104 473390 6700348 0.06 0.31 63.1 0.44 89.5 3.61 LN-14-005 20 1313105 473368 6700386 0.03 0.23 49 0.32 40.7 3.78 LN-14-006 12 1313106 473340 6700414 0.02 0.25 71.3 0.36 64.5 4.4 LN-14-007 7 1313107 473290 6700448 0.005 0.12 18.9 0.15 46.3 4.23 LN-14-007 9 1313108 473290 6700448 0.005 0.12 24 0.15 50.2 4.22 LN-14-007 12 1313109 473290 6700448 0.005 0.16 28.4 0.16 55.8 4.51 LN-14-008 13 1313111 473374 6700281 0.03 0.23 99 0.21 91.6 5.15 LN-14-008 14 1313112 473374 6700281 0.14 1.21 173 0.91 92.3 3.65 LN-14-009 12 1313113 473334 6700320 0.14 0.64 1200 0.84 69.3 3.53 LN-14-009 13 1313114 473334 6700320 0.01 0.16 40.2 0.16 50.9 5.61 LN-14-010 13.5 1313115 473772 6700458 0.005 0.08 52 0.42 35 4.69 LN-14-010 12.5 1313116 473772 6700458 0.005 0.08 48.1 0.53 42.3 4.83 LN-14-011 12 1313117 473834 6700400 0.005 0.16 36.8 0.14 64.8 5.53 LN-14-012 12 1313118 473895 6700312 0.01 0.17 119.5 0.09 78.4 4.05 LN-14-012 13 1313119 473895 6700312 0.005 0.07 39.3 0.03 16.6 3.68 LN-14-013 21 1313121 473944 6700227 0.005 0.18 21.4 0.17 61.6 4.54 LN-14-014 20 1313122 473994 6700132 0.005 0.12 20.5 0.15 49.2 4.75 LN-14-015 23 1313123 474052 6700062 0.005 0.22 13.4 0.15 58.1 5.16 LN-14-016 11 1313124 474108 6699961 0.005 0.14 16.6 0.18 73.1 5.51 LN-14-017 12 1313125 474164 6699900 0.005 0.14 17.9 0.17 60 5.02 LN-14-018 22 1313126 474211 6699809 0.005 0.15 16.9 0.18 66.7 5.68 LN-14-019 23 1313127 474234 6699776 0.005 0.21 16.1 1.12 76.3 5.33 LN-14-020 25 1313128 474720 6699765 0.005 0.08 27.1 0.18 59.2 5.64 LN-14-021 16 1313129 474670 6699857 0.005 0.05 364 0.09 52.3 5.65 LN-14-022 17 1313130 474610 6699941 0.005 0.16 26.6 0.15 84.2 4.77 LN-14-023 19 1313131 474559 6700025 0.005 0.3 34.8 0.17 61.3 5.27 LN-14-024 25 1313132 474508 6700108 0.005 0.16 22.9 0.17 54.1 5.08 LN-14-025 35 1313133 474452 6700194 0.005 0.14 10.8 0.18 63.6 5.15 LN-14-026 25 1313134 474403 6700274 0.02 0.13 18.4 0.19 53.1 5.16 LN-14-027 13 1313135 474359 6700325 0.005 0.17 33.8 0.23 55.4 4.59 LN-14-028 15 1313136 474394 6700579 0.005 0.12 20.2 0.13 42.5 3.8 LN-14-029 18 1313137 474231 6700523 0.005 0.18 7.4 0.17 63.8 5.42 LN-14-030 21 1313138 474170 6700606 0.01 0.13 19.8 0.07 59.4 4.77 LN-14-030 23 1313139 474170 6700606 0.005 0.2 17.6 0.04 172.5 4.81	Table 2 – Auger geochemistry sample assay results nominally above 0.1g/t Au or 0.3g/t Ag Hole Number Depth (ft) Sample# Easting Northing Au_ppm Ag_ppm As_ppm Bi_ppm Cu_ppm Fe_% LN-14-001 47 1313101 473474 6700222 0.07 0.61 46.1 0.33 141 5.53 LN-14-002 25 1313102 473448 6700256 0.005 0.17 43.1 0.14 58 5.43 LN-14-003 14 1313103 473417 6700310 0.02 0.42 96.4 0.23 89.1 5.31 LN-14-004 22 1313104 473390 6700348 0.06 0.31 63.1 0.44 89.5 3.61 LN-14-005 20 1313105 473368 6700386 0.03 0.23 49 0.32 40.7 3.78 LN-14-006 12 1313106 473340 6700414 0.02 0.25 71.3 0.36 64.5 4.4 LN-14-007 7 1313107 473290 6700448 0.005 0.12 18.9 0.15 46.3 4.23 LN-14-007 9 1313108 473290 6700448 0.005 0.12 24 0.15 50.2 4.22 LN-14-007 12 1313109 473290 6700448 0.005 0.16 28.4 0.16 55.8 4.51 LN-14-008 13 1313111 473374 6700281 0.03 0.23 99 0.21 91.6 5.15 LN-14-008 14 1313112 473374 6700281 0.14 1.21 173 0.91 92.3 3.65 LN-14-009 12 1313113 473334 6700320 0.14 0.64 1200 0.84 69.3 3.53 LN-14-009 13 1313114 473334 6700320 0.01 0.16 40.2 0.16 50.9 5.61 LN-14-010 13.5 1313115 473772 6700458 0.005 0.08 52 0.42 35 4.69 LN-14-010 12.5 1313116 473772 6700458 0.005 0.08 48.1 0.53 42.3 4.83 LN-14-011 12 1313117 473834 6700400 0.005 0.16 36.8 0.14 64.8 5.53 LN-14-012 12 1313118 473895 6700312 0.01 0.17 119.5 0.09 78.4 4.05 LN-14-012 13 1313119 473895 6700312 0.005 0.07 39.3 0.03 16.6 3.68 LN-14-013 21 1313121 473944 6700227 0.005 0.18 21.4 0.17 61.6 4.54 LN-14-014 20 1313122 473994 6700132 0.005 0.12 20.5 0.15 49.2 4.75 LN-14-015 23 1313123 474052 6700062 0.005 0.22 13.4 0.15 58.1 5.16 LN-14-016 11 1313124 474108 6699961 0.005 0.14 16.6 0.18 73.1 5.51 LN-14-017 12 1313125 474164 6699900 0.005 0.14 17.9 0.17 60 5.02 LN-14-018 22 1313126 474211 6699809 0.005 0.15 16.9 0.18 66.7 5.68 LN-14-019 23 1313127 474234 6699776 0.005 0.21 16.1 1.12 76.3 5.33 LN-14-020 25 1313128 474720 6699765 0.005 0.08 27.1 0.18 59.2 5.64 LN-14-021 16 1313129 474670 6699857 0.005 0.05 364 0.09 52.3 5.65 LN-14-022 17 1313130 474610 6699941 0.005 0.16 26.6 0.15 84.2 4.77 LN-14-023 19 1313131 474559 6700025 0.005 0.3 34.8 0.17 61.3 5.27 LN-14-024 25 1313132 474508 6700108 0.005 0.16 22.9 0.17 54.1 5.08 LN-14-025 35 1313133 474452 6700194 0.005 0.14 10.8 0.18 63.6 5.15 LN-14-026 25 1313134 474403 6700274 0.02 0.13 18.4 0.19 53.1 5.16 LN-14-027 13 1313135 474359 6700325 0.005 0.17 33.8 0.23 55.4 4.59 LN-14-028 15 1313136 474394 6700579 0.005 0.12 20.2 0.13 42.5 3.8 LN-14-029 18 1313137 474231 6700523 0.005 0.18 7.4 0.17 63.8 5.42 LN-14-030 21 1313138 474170 6700606 0.01 0.13 19.8 0.07 59.4 4.77 LN-14-030 23 1313139 474170 6700606 0.005 0.2 17.6 0.04 172.5 4.81	Table 2 – Auger geochemistry sample assay results nominally above 0.1g/t Au or 0.3g/t Ag Hole Number Depth (ft) Sample# Easting Northing Au_ppm Ag_ppm As_ppm Bi_ppm Cu_ppm Fe_% LN-14-001 47 1313101 473474 6700222 0.07 0.61 46.1 0.33 141 5.53 LN-14-002 25 1313102 473448 6700256 0.005 0.17 43.1 0.14 58 5.43 LN-14-003 14 1313103 473417 6700310 0.02 0.42 96.4 0.23 89.1 5.31 LN-14-004 22 1313104 473390 6700348 0.06 0.31 63.1 0.44 89.5 3.61 LN-14-005 20 1313105 473368 6700386 0.03 0.23 49 0.32 40.7 3.78 LN-14-006 12 1313106 473340 6700414 0.02 0.25 71.3 0.36 64.5 4.4 LN-14-007 7 1313107 473290 6700448 0.005 0.12 18.9 0.15 46.3 4.23 LN-14-007 9 1313108 473290 6700448 0.005 0.12 24 0.15 50.2 4.22 LN-14-007 12 1313109 473290 6700448 0.005 0.16 28.4 0.16 55.8 4.51 LN-14-008 13 1313111 473374 6700281 0.03 0.23 99 0.21 91.6 5.15 LN-14-008 14 1313112 473374 6700281 0.14 1.21 173 0.91 92.3 3.65 LN-14-009 12 1313113 473334 6700320 0.14 0.64 1200 0.84 69.3 3.53 LN-14-009 13 1313114 473334 6700320 0.01 0.16 40.2 0.16 50.9 5.61 LN-14-010 13.5 1313115 473772 6700458 0.005 0.08 52 0.42 35 4.69 LN-14-010 12.5 1313116 473772 6700458 0.005 0.08 48.1 0.53 42.3 4.83 LN-14-011 12 1313117 473834 6700400 0.005 0.16 36.8 0.14 64.8 5.53 LN-14-012 12 1313118 473895 6700312 0.01 0.17 119.5 0.09 78.4 4.05 LN-14-012 13 1313119 473895 6700312 0.005 0.07 39.3 0.03 16.6 3.68 LN-14-013 21 1313121 473944 6700227 0.005 0.18 21.4 0.17 61.6 4.54 LN-14-014 20 1313122 473994 6700132 0.005 0.12 20.5 0.15 49.2 4.75 LN-14-015 23 1313123 474052 6700062 0.005 0.22 13.4 0.15 58.1 5.16 LN-14-016 11 1313124 474108 6699961 0.005 0.14 16.6 0.18 73.1 5.51 LN-14-017 12 1313125 474164 6699900 0.005 0.14 17.9 0.17 60 5.02 LN-14-018 22 1313126 474211 6699809 0.005 0.15 16.9 0.18 66.7 5.68 LN-14-019 23 1313127 474234 6699776 0.005 0.21 16.1 1.12 76.3 5.33 LN-14-020 25 1313128 474720 6699765 0.005 0.08 27.1 0.18 59.2 5.64 LN-14-021 16 1313129 474670 6699857 0.005 0.05 364 0.09 52.3 5.65 LN-14-022 17 1313130 474610 6699941 0.005 0.16 26.6 0.15 84.2 4.77 LN-14-023 19 1313131 474559 6700025 0.005 0.3 34.8 0.17 61.3 5.27 LN-14-024 25 1313132 474508 6700108 0.005 0.16 22.9 0.17 54.1 5.08 LN-14-025 35 1313133 474452 6700194 0.005 0.14 10.8 0.18 63.6 5.15 LN-14-026 25 1313134 474403 6700274 0.02 0.13 18.4 0.19 53.1 5.16 LN-14-027 13 1313135 474359 6700325 0.005 0.17 33.8 0.23 55.4 4.59 LN-14-028 15 1313136 474394 6700579 0.005 0.12 20.2 0.13 42.5 3.8 LN-14-029 18 1313137 474231 6700523 0.005 0.18 7.4 0.17 63.8 5.42 LN-14-030 21 1313138 474170 6700606 0.01 0.13 19.8 0.07 59.4 4.77 LN-14-030 23 1313139 474170 6700606 0.005 0.2 17.6 0.04 172.5 4.81	Table 2 – Auger geochemistry sample assay results nominally above 0.1g/t Au or 0.3g/t Ag Hole Number Depth (ft) Sample# Easting Northing Au_ppm Ag_ppm As_ppm Bi_ppm Cu_ppm Fe_% LN-14-001 47 1313101 473474 6700222 0.07 0.61 46.1 0.33 141 5.53 LN-14-002 25 1313102 473448 6700256 0.005 0.17 43.1 0.14 58 5.43 LN-14-003 14 1313103 473417 6700310 0.02 0.42 96.4 0.23 89.1 5.31 LN-14-004 22 1313104 473390 6700348 0.06 0.31 63.1 0.44 89.5 3.61 LN-14-005 20 1313105 473368 6700386 0.03 0.23 49 0.32 40.7 3.78 LN-14-006 12 1313106 473340 6700414 0.02 0.25 71.3 0.36 64.5 4.4 LN-14-007 7 1313107 473290 6700448 0.005 0.12 18.9 0.15 46.3 4.23 LN-14-007 9 1313108 473290 6700448 0.005 0.12 24 0.15 50.2 4.22 LN-14-007 12 1313109 473290 6700448 0.005 0.16 28.4 0.16 55.8 4.51 LN-14-008 13 1313111 473374 6700281 0.03 0.23 99 0.21 91.6 5.15 LN-14-008 14 1313112 473374 6700281 0.14 1.21 173 0.91 92.3 3.65 LN-14-009 12 1313113 473334 6700320 0.14 0.64 1200 0.84 69.3 3.53 LN-14-009 13 1313114 473334 6700320 0.01 0.16 40.2 0.16 50.9 5.61 LN-14-010 13.5 1313115 473772 6700458 0.005 0.08 52 0.42 35 4.69 LN-14-010 12.5 1313116 473772 6700458 0.005 0.08 48.1 0.53 42.3 4.83 LN-14-011 12 1313117 473834 6700400 0.005 0.16 36.8 0.14 64.8 5.53 LN-14-012 12 1313118 473895 6700312 0.01 0.17 119.5 0.09 78.4 4.05 LN-14-012 13 1313119 473895 6700312 0.005 0.07 39.3 0.03 16.6 3.68 LN-14-013 21 1313121 473944 6700227 0.005 0.18 21.4 0.17 61.6 4.54 LN-14-014 20 1313122 473994 6700132 0.005 0.12 20.5 0.15 49.2 4.75 LN-14-015 23 1313123 474052 6700062 0.005 0.22 13.4 0.15 58.1 5.16 LN-14-016 11 1313124 474108 6699961 0.005 0.14 16.6 0.18 73.1 5.51 LN-14-017 12 1313125 474164 6699900 0.005 0.14 17.9 0.17 60 5.02 LN-14-018 22 1313126 474211 6699809 0.005 0.15 16.9 0.18 66.7 5.68 LN-14-019 23 1313127 474234 6699776 0.005 0.21 16.1 1.12 76.3 5.33 LN-14-020 25 1313128 474720 6699765 0.005 0.08 27.1 0.18 59.2 5.64 LN-14-021 16 1313129 474670 6699857 0.005 0.05 364 0.09 52.3 5.65 LN-14-022 17 1313130 474610 6699941 0.005 0.16 26.6 0.15 84.2 4.77 LN-14-023 19 1313131 474559 6700025 0.005 0.3 34.8 0.17 61.3 5.27 LN-14-024 25 1313132 474508 6700108 0.005 0.16 22.9 0.17 54.1 5.08 LN-14-025 35 1313133 474452 6700194 0.005 0.14 10.8 0.18 63.6 5.15 LN-14-026 25 1313134 474403 6700274 0.02 0.13 18.4 0.19 53.1 5.16 LN-14-027 13 1313135 474359 6700325 0.005 0.17 33.8 0.23 55.4 4.59 LN-14-028 15 1313136 474394 6700579 0.005 0.12 20.2 0.13 42.5 3.8 LN-14-029 18 1313137 474231 6700523 0.005 0.18 7.4 0.17 63.8 5.42 LN-14-030 21 1313138 474170 6700606 0.01 0.13 19.8 0.07 59.4 4.77 LN-14-030 23 1313139 474170 6700606 0.005 0.2 17.6 0.04 172.5 4.81	Table 2 – Auger geochemistry sample assay results nominally above 0.1g/t Au or 0.3g/t Ag Hole Number Depth (ft) Sample# Easting Northing Au_ppm Ag_ppm As_ppm Bi_ppm Cu_ppm Fe_% LN-14-001 47 1313101 473474 6700222 0.07 0.61 46.1 0.33 141 5.53 LN-14-002 25 1313102 473448 6700256 0.005 0.17 43.1 0.14 58 5.43 LN-14-003 14 1313103 473417 6700310 0.02 0.42 96.4 0.23 89.1 5.31 LN-14-004 22 1313104 473390 6700348 0.06 0.31 63.1 0.44 89.5 3.61 LN-14-005 20 1313105 473368 6700386 0.03 0.23 49 0.32 40.7 3.78 LN-14-006 12 1313106 473340 6700414 0.02 0.25 71.3 0.36 64.5 4.4 LN-14-007 7 1313107 473290 6700448 0.005 0.12 18.9 0.15 46.3 4.23 LN-14-007 9 1313108 473290 6700448 0.005 0.12 24 0.15 50.2 4.22 LN-14-007 12 1313109 473290 6700448 0.005 0.16 28.4 0.16 55.8 4.51 LN-14-008 13 1313111 473374 6700281 0.03 0.23 99 0.21 91.6 5.15 LN-14-008 14 1313112 473374 6700281 0.14 1.21 173 0.91 92.3 3.65 LN-14-009 12 1313113 473334 6700320 0.14 0.64 1200 0.84 69.3 3.53 LN-14-009 13 1313114 473334 6700320 0.01 0.16 40.2 0.16 50.9 5.61 LN-14-010 13.5 1313115 473772 6700458 0.005 0.08 52 0.42 35 4.69 LN-14-010 12.5 1313116 473772 6700458 0.005 0.08 48.1 0.53 42.3 4.83 LN-14-011 12 1313117 473834 6700400 0.005 0.16 36.8 0.14 64.8 5.53 LN-14-012 12 1313118 473895 6700312 0.01 0.17 119.5 0.09 78.4 4.05 LN-14-012 13 1313119 473895 6700312 0.005 0.07 39.3 0.03 16.6 3.68 LN-14-013 21 1313121 473944 6700227 0.005 0.18 21.4 0.17 61.6 4.54 LN-14-014 20 1313122 473994 6700132 0.005 0.12 20.5 0.15 49.2 4.75 LN-14-015 23 1313123 474052 6700062 0.005 0.22 13.4 0.15 58.1 5.16 LN-14-016 11 1313124 474108 6699961 0.005 0.14 16.6 0.18 73.1 5.51 LN-14-017 12 1313125 474164 6699900 0.005 0.14 17.9 0.17 60 5.02 LN-14-018 22 1313126 474211 6699809 0.005 0.15 16.9 0.18 66.7 5.68 LN-14-019 23 1313127 474234 6699776 0.005 0.21 16.1 1.12 76.3 5.33 LN-14-020 25 1313128 474720 6699765 0.005 0.08 27.1 0.18 59.2 5.64 LN-14-021 16 1313129 474670 6699857 0.005 0.05 364 0.09 52.3 5.65 LN-14-022 17 1313130 474610 6699941 0.005 0.16 26.6 0.15 84.2 4.77 LN-14-023 19 1313131 474559 6700025 0.005 0.3 34.8 0.17 61.3 5.27 LN-14-024 25 1313132 474508 6700108 0.005 0.16 22.9 0.17 54.1 5.08 LN-14-025 35 1313133 474452 6700194 0.005 0.14 10.8 0.18 63.6 5.15 LN-14-026 25 1313134 474403 6700274 0.02 0.13 18.4 0.19 53.1 5.16 LN-14-027 13 1313135 474359 6700325 0.005 0.17 33.8 0.23 55.4 4.59 LN-14-028 15 1313136 474394 6700579 0.005 0.12 20.2 0.13 42.5 3.8 LN-14-029 18 1313137 474231 6700523 0.005 0.18 7.4 0.17 63.8 5.42 LN-14-030 21 1313138 474170 6700606 0.01 0.13 19.8 0.07 59.4 4.77 LN-14-030 23 1313139 474170 6700606 0.005 0.2 17.6 0.04 172.5 4.81	Table 2 – Auger geochemistry sample assay results nominally above 0.1g/t Au or 0.3g/t Ag Hole Number Depth (ft) Sample# Easting Northing Au_ppm Ag_ppm As_ppm Bi_ppm Cu_ppm Fe_% LN-14-001 47 1313101 473474 6700222 0.07 0.61 46.1 0.33 141 5.53 LN-14-002 25 1313102 473448 6700256 0.005 0.17 43.1 0.14 58 5.43 LN-14-003 14 1313103 473417 6700310 0.02 0.42 96.4 0.23 89.1 5.31 LN-14-004 22 1313104 473390 6700348 0.06 0.31 63.1 0.44 89.5 3.61 LN-14-005 20 1313105 473368 6700386 0.03 0.23 49 0.32 40.7 3.78 LN-14-006 12 1313106 473340 6700414 0.02 0.25 71.3 0.36 64.5 4.4 LN-14-007 7 1313107 473290 6700448 0.005 0.12 18.9 0.15 46.3 4.23 LN-14-007 9 1313108 473290 6700448 0.005 0.12 24 0.15 50.2 4.22 LN-14-007 12 1313109 473290 6700448 0.005 0.16 28.4 0.16 55.8 4.51 LN-14-008 13 1313111 473374 6700281 0.03 0.23 99 0.21 91.6 5.15 LN-14-008 14 1313112 473374 6700281 0.14 1.21 173 0.91 92.3 3.65 LN-14-009 12 1313113 473334 6700320 0.14 0.64 1200 0.84 69.3 3.53 LN-14-009 13 1313114 473334 6700320 0.01 0.16 40.2 0.16 50.9 5.61 LN-14-010 13.5 1313115 473772 6700458 0.005 0.08 52 0.42 35 4.69 LN-14-010 12.5 1313116 473772 6700458 0.005 0.08 48.1 0.53 42.3 4.83 LN-14-011 12 1313117 473834 6700400 0.005 0.16 36.8 0.14 64.8 5.53 LN-14-012 12 1313118 473895 6700312 0.01 0.17 119.5 0.09 78.4 4.05 LN-14-012 13 1313119 473895 6700312 0.005 0.07 39.3 0.03 16.6 3.68 LN-14-013 21 1313121 473944 6700227 0.005 0.18 21.4 0.17 61.6 4.54 LN-14-014 20 1313122 473994 6700132 0.005 0.12 20.5 0.15 49.2 4.75 LN-14-015 23 1313123 474052 6700062 0.005 0.22 13.4 0.15 58.1 5.16 LN-14-016 11 1313124 474108 6699961 0.005 0.14 16.6 0.18 73.1 5.51 LN-14-017 12 1313125 474164 6699900 0.005 0.14 17.9 0.17 60 5.02 LN-14-018 22 1313126 474211 6699809 0.005 0.15 16.9 0.18 66.7 5.68 LN-14-019 23 1313127 474234 6699776 0.005 0.21 16.1 1.12 76.3 5.33 LN-14-020 25 1313128 474720 6699765 0.005 0.08 27.1 0.18 59.2 5.64 LN-14-021 16 1313129 474670 6699857 0.005 0.05 364 0.09 52.3 5.65 LN-14-022 17 1313130 474610 6699941 0.005 0.16 26.6 0.15 84.2 4.77 LN-14-023 19 1313131 474559 6700025 0.005 0.3 34.8 0.17 61.3 5.27 LN-14-024 25 1313132 474508 6700108 0.005 0.16 22.9 0.17 54.1 5.08 LN-14-025 35 1313133 474452 6700194 0.005 0.14 10.8 0.18 63.6 5.15 LN-14-026 25 1313134 474403 6700274 0.02 0.13 18.4 0.19 53.1 5.16 LN-14-027 13 1313135 474359 6700325 0.005 0.17 33.8 0.23 55.4 4.59 LN-14-028 15 1313136 474394 6700579 0.005 0.12 20.2 0.13 42.5 3.8 LN-14-029 18 1313137 474231 6700523 0.005 0.18 7.4 0.17 63.8 5.42 LN-14-030 21 1313138 474170 6700606 0.01 0.13 19.8 0.07 59.4 4.77 LN-14-030 23 1313139 474170 6700606 0.005 0.2 17.6 0.04 172.5 4.81	Table 2 – Auger geochemistry sample assay results nominally above 0.1g/t Au or 0.3g/t Ag Hole Number Depth (ft) Sample# Easting Northing Au_ppm Ag_ppm As_ppm Bi_ppm Cu_ppm Fe_% LN-14-001 47 1313101 473474 6700222 0.07 0.61 46.1 0.33 141 5.53 LN-14-002 25 1313102 473448 6700256 0.005 0.17 43.1 0.14 58 5.43 LN-14-003 14 1313103 473417 6700310 0.02 0.42 96.4 0.23 89.1 5.31 LN-14-004 22 1313104 473390 6700348 0.06 0.31 63.1 0.44 89.5 3.61 LN-14-005 20 1313105 473368 6700386 0.03 0.23 49 0.32 40.7 3.78 LN-14-006 12 1313106 473340 6700414 0.02 0.25 71.3 0.36 64.5 4.4 LN-14-007 7 1313107 473290 6700448 0.005 0.12 18.9 0.15 46.3 4.23 LN-14-007 9 1313108 473290 6700448 0.005 0.12 24 0.15 50.2 4.22 LN-14-007 12 1313109 473290 6700448 0.005 0.16 28.4 0.16 55.8 4.51 LN-14-008 13 1313111 473374 6700281 0.03 0.23 99 0.21 91.6 5.15 LN-14-008 14 1313112 473374 6700281 0.14 1.21 173 0.91 92.3 3.65 LN-14-009 12 1313113 473334 6700320 0.14 0.64 1200 0.84 69.3 3.53 LN-14-009 13 1313114 473334 6700320 0.01 0.16 40.2 0.16 50.9 5.61 LN-14-010 13.5 1313115 473772 6700458 0.005 0.08 52 0.42 35 4.69 LN-14-010 12.5 1313116 473772 6700458 0.005 0.08 48.1 0.53 42.3 4.83 LN-14-011 12 1313117 473834 6700400 0.005 0.16 36.8 0.14 64.8 5.53 LN-14-012 12 1313118 473895 6700312 0.01 0.17 119.5 0.09 78.4 4.05 LN-14-012 13 1313119 473895 6700312 0.005 0.07 39.3 0.03 16.6 3.68 LN-14-013 21 1313121 473944 6700227 0.005 0.18 21.4 0.17 61.6 4.54 LN-14-014 20 1313122 473994 6700132 0.005 0.12 20.5 0.15 49.2 4.75 LN-14-015 23 1313123 474052 6700062 0.005 0.22 13.4 0.15 58.1 5.16 LN-14-016 11 1313124 474108 6699961 0.005 0.14 16.6 0.18 73.1 5.51 LN-14-017 12 1313125 474164 6699900 0.005 0.14 17.9 0.17 60 5.02 LN-14-018 22 1313126 474211 6699809 0.005 0.15 16.9 0.18 66.7 5.68 LN-14-019 23 1313127 474234 6699776 0.005 0.21 16.1 1.12 76.3 5.33 LN-14-020 25 1313128 474720 6699765 0.005 0.08 27.1 0.18 59.2 5.64 LN-14-021 16 1313129 474670 6699857 0.005 0.05 364 0.09 52.3 5.65 LN-14-022 17 1313130 474610 6699941 0.005 0.16 26.6 0.15 84.2 4.77 LN-14-023 19 1313131 474559 6700025 0.005 0.3 34.8 0.17 61.3 5.27 LN-14-024 25 1313132 474508 6700108 0.005 0.16 22.9 0.17 54.1 5.08 LN-14-025 35 1313133 474452 6700194 0.005 0.14 10.8 0.18 63.6 5.15 LN-14-026 25 1313134 474403 6700274 0.02 0.13 18.4 0.19 53.1 5.16 LN-14-027 13 1313135 474359 6700325 0.005 0.17 33.8 0.23 55.4 4.59 LN-14-028 15 1313136 474394 6700579 0.005 0.12 20.2 0.13 42.5 3.8 LN-14-029 18 1313137 474231 6700523 0.005 0.18 7.4 0.17 63.8 5.42 LN-14-030 21 1313138 474170 6700606 0.01 0.13 19.8 0.07 59.4 4.77 LN-14-030 23 1313139 474170 6700606 0.005 0.2 17.6 0.04 172.5 4.81	Table 2 – Auger geochemistry sample assay results nominally above 0.1g/t Au or 0.3g/t Ag Hole Number Depth (ft) Sample# Easting Northing Au_ppm Ag_ppm As_ppm Bi_ppm Cu_ppm Fe_% LN-14-001 47 1313101 473474 6700222 0.07 0.61 46.1 0.33 141 5.53 LN-14-002 25 1313102 473448 6700256 0.005 0.17 43.1 0.14 58 5.43 LN-14-003 14 1313103 473417 6700310 0.02 0.42 96.4 0.23 89.1 5.31 LN-14-004 22 1313104 473390 6700348 0.06 0.31 63.1 0.44 89.5 3.61 LN-14-005 20 1313105 473368 6700386 0.03 0.23 49 0.32 40.7 3.78 LN-14-006 12 1313106 473340 6700414 0.02 0.25 71.3 0.36 64.5 4.4 LN-14-007 7 1313107 473290 6700448 0.005 0.12 18.9 0.15 46.3 4.23 LN-14-007 9 1313108 473290 6700448 0.005 0.12 24 0.15 50.2 4.22 LN-14-007 12 1313109 473290 6700448 0.005 0.16 28.4 0.16 55.8 4.51 LN-14-008 13 1313111 473374 6700281 0.03 0.23 99 0.21 91.6 5.15 LN-14-008 14 1313112 473374 6700281 0.14 1.21 173 0.91 92.3 3.65 LN-14-009 12 1313113 473334 6700320 0.14 0.64 1200 0.84 69.3 3.53 LN-14-009 13 1313114 473334 6700320 0.01 0.16 40.2 0.16 50.9 5.61 LN-14-010 13.5 1313115 473772 6700458 0.005 0.08 52 0.42 35 4.69 LN-14-010 12.5 1313116 473772 6700458 0.005 0.08 48.1 0.53 42.3 4.83 LN-14-011 12 1313117 473834 6700400 0.005 0.16 36.8 0.14 64.8 5.53 LN-14-012 12 1313118 473895 6700312 0.01 0.17 119.5 0.09 78.4 4.05 LN-14-012 13 1313119 473895 6700312 0.005 0.07 39.3 0.03 16.6 3.68 LN-14-013 21 1313121 473944 6700227 0.005 0.18 21.4 0.17 61.6 4.54 LN-14-014 20 1313122 473994 6700132 0.005 0.12 20.5 0.15 49.2 4.75 LN-14-015 23 1313123 474052 6700062 0.005 0.22 13.4 0.15 58.1 5.16 LN-14-016 11 1313124 474108 6699961 0.005 0.14 16.6 0.18 73.1 5.51 LN-14-017 12 1313125 474164 6699900 0.005 0.14 17.9 0.17 60 5.02 LN-14-018 22 1313126 474211 6699809 0.005 0.15 16.9 0.18 66.7 5.68 LN-14-019 23 1313127 474234 6699776 0.005 0.21 16.1 1.12 76.3 5.33 LN-14-020 25 1313128 474720 6699765 0.005 0.08 27.1 0.18 59.2 5.64 LN-14-021 16 1313129 474670 6699857 0.005 0.05 364 0.09 52.3 5.65 LN-14-022 17 1313130 474610 6699941 0.005 0.16 26.6 0.15 84.2 4.77 LN-14-023 19 1313131 474559 6700025 0.005 0.3 34.8 0.17 61.3 5.27 LN-14-024 25 1313132 474508 6700108 0.005 0.16 22.9 0.17 54.1 5.08 LN-14-025 35 1313133 474452 6700194 0.005 0.14 10.8 0.18 63.6 5.15 LN-14-026 25 1313134 474403 6700274 0.02 0.13 18.4 0.19 53.1 5.16 LN-14-027 13 1313135 474359 6700325 0.005 0.17 33.8 0.23 55.4 4.59 LN-14-028 15 1313136 474394 6700579 0.005 0.12 20.2 0.13 42.5 3.8 LN-14-029 18 1313137 474231 6700523 0.005 0.18 7.4 0.17 63.8 5.42 LN-14-030 21 1313138 474170 6700606 0.01 0.13 19.8 0.07 59.4 4.77 LN-14-030 23 1313139 474170 6700606 0.005 0.2 17.6 0.04 172.5 4.81	Table 2 – Auger geochemistry sample assay results nominally above 0.1g/t Au or 0.3g/t Ag Hole Number Depth (ft) Sample# Easting Northing Au_ppm Ag_ppm As_ppm Bi_ppm Cu_ppm Fe_% LN-14-001 47 1313101 473474 6700222 0.07 0.61 46.1 0.33 141 5.53 LN-14-002 25 1313102 473448 6700256 0.005 0.17 43.1 0.14 58 5.43 LN-14-003 14 1313103 473417 6700310 0.02 0.42 96.4 0.23 89.1 5.31 LN-14-004 22 1313104 473390 6700348 0.06 0.31 63.1 0.44 89.5 3.61 LN-14-005 20 1313105 473368 6700386 0.03 0.23 49 0.32 40.7 3.78 LN-14-006 12 1313106 473340 6700414 0.02 0.25 71.3 0.36 64.5 4.4 LN-14-007 7 1313107 473290 6700448 0.005 0.12 18.9 0.15 46.3 4.23 LN-14-007 9 1313108 473290 6700448 0.005 0.12 24 0.15 50.2 4.22 LN-14-007 12 1313109 473290 6700448 0.005 0.16 28.4 0.16 55.8 4.51 LN-14-008 13 1313111 473374 6700281 0.03 0.23 99 0.21 91.6 5.15 LN-14-008 14 1313112 473374 6700281 0.14 1.21 173 0.91 92.3 3.65 LN-14-009 12 1313113 473334 6700320 0.14 0.64 1200 0.84 69.3 3.53 LN-14-009 13 1313114 473334 6700320 0.01 0.16 40.2 0.16 50.9 5.61 LN-14-010 13.5 1313115 473772 6700458 0.005 0.08 52 0.42 35 4.69 LN-14-010 12.5 1313116 473772 6700458 0.005 0.08 48.1 0.53 42.3 4.83 LN-14-011 12 1313117 473834 6700400 0.005 0.16 36.8 0.14 64.8 5.53 LN-14-012 12 1313118 473895 6700312 0.01 0.17 119.5 0.09 78.4 4.05 LN-14-012 13 1313119 473895 6700312 0.005 0.07 39.3 0.03 16.6 3.68 LN-14-013 21 1313121 473944 6700227 0.005 0.18 21.4 0.17 61.6 4.54 LN-14-014 20 1313122 473994 6700132 0.005 0.12 20.5 0.15 49.2 4.75 LN-14-015 23 1313123 474052 6700062 0.005 0.22 13.4 0.15 58.1 5.16 LN-14-016 11 1313124 474108 6699961 0.005 0.14 16.6 0.18 73.1 5.51 LN-14-017 12 1313125 474164 6699900 0.005 0.14 17.9 0.17 60 5.02 LN-14-018 22 1313126 474211 6699809 0.005 0.15 16.9 0.18 66.7 5.68 LN-14-019 23 1313127 474234 6699776 0.005 0.21 16.1 1.12 76.3 5.33 LN-14-020 25 1313128 474720 6699765 0.005 0.08 27.1 0.18 59.2 5.64 LN-14-021 16 1313129 474670 6699857 0.005 0.05 364 0.09 52.3 5.65 LN-14-022 17 1313130 474610 6699941 0.005 0.16 26.6 0.15 84.2 4.77 LN-14-023 19 1313131 474559 6700025 0.005 0.3 34.8 0.17 61.3 5.27 LN-14-024 25 1313132 474508 6700108 0.005 0.16 22.9 0.17 54.1 5.08 LN-14-025 35 1313133 474452 6700194 0.005 0.14 10.8 0.18 63.6 5.15 LN-14-026 25 1313134 474403 6700274 0.02 0.13 18.4 0.19 53.1 5.16 LN-14-027 13 1313135 474359 6700325 0.005 0.17 33.8 0.23 55.4 4.59 LN-14-028 15 1313136 474394 6700579 0.005 0.12 20.2 0.13 42.5 3.8 LN-14-029 18 1313137 474231 6700523 0.005 0.18 7.4 0.17 63.8 5.42 LN-14-030 21 1313138 474170 6700606 0.01 0.13 19.8 0.07 59.4 4.77 LN-14-030 23 1313139 474170 6700606 0.005 0.2 17.6 0.04 172.5 4.81	Table 2 – Auger geochemistry sample assay results nominally above 0.1g/t Au or 0.3g/t Ag Hole Number Depth (ft) Sample# Easting Northing Au_ppm Ag_ppm As_ppm Bi_ppm Cu_ppm Fe_% LN-14-001 47 1313101 473474 6700222 0.07 0.61 46.1 0.33 141 5.53 LN-14-002 25 1313102 473448 6700256 0.005 0.17 43.1 0.14 58 5.43 LN-14-003 14 1313103 473417 6700310 0.02 0.42 96.4 0.23 89.1 5.31 LN-14-004 22 1313104 473390 6700348 0.06 0.31 63.1 0.44 89.5 3.61 LN-14-005 20 1313105 473368 6700386 0.03 0.23 49 0.32 40.7 3.78 LN-14-006 12 1313106 473340 6700414 0.02 0.25 71.3 0.36 64.5 4.4 LN-14-007 7 1313107 473290 6700448 0.005 0.12 18.9 0.15 46.3 4.23 LN-14-007 9 1313108 473290 6700448 0.005 0.12 24 0.15 50.2 4.22 LN-14-007 12 1313109 473290 6700448 0.005 0.16 28.4 0.16 55.8 4.51 LN-14-008 13 1313111 473374 6700281 0.03 0.23 99 0.21 91.6 5.15 LN-14-008 14 1313112 473374 6700281 0.14 1.21 173 0.91 92.3 3.65 LN-14-009 12 1313113 473334 6700320 0.14 0.64 1200 0.84 69.3 3.53 LN-14-009 13 1313114 473334 6700320 0.01 0.16 40.2 0.16 50.9 5.61 LN-14-010 13.5 1313115 473772 6700458 0.005 0.08 52 0.42 35 4.69 LN-14-010 12.5 1313116 473772 6700458 0.005 0.08 48.1 0.53 42.3 4.83 LN-14-011 12 1313117 473834 6700400 0.005 0.16 36.8 0.14 64.8 5.53 LN-14-012 12 1313118 473895 6700312 0.01 0.17 119.5 0.09 78.4 4.05 LN-14-012 13 1313119 473895 6700312 0.005 0.07 39.3 0.03 16.6 3.68 LN-14-013 21 1313121 473944 6700227 0.005 0.18 21.4 0.17 61.6 4.54 LN-14-014 20 1313122 473994 6700132 0.005 0.12 20.5 0.15 49.2 4.75 LN-14-015 23 1313123 474052 6700062 0.005 0.22 13.4 0.15 58.1 5.16 LN-14-016 11 1313124 474108 6699961 0.005 0.14 16.6 0.18 73.1 5.51 LN-14-017 12 1313125 474164 6699900 0.005 0.14 17.9 0.17 60 5.02 LN-14-018 22 1313126 474211 6699809 0.005 0.15 16.9 0.18 66.7 5.68 LN-14-019 23 1313127 474234 6699776 0.005 0.21 16.1 1.12 76.3 5.33 LN-14-020 25 1313128 474720 6699765 0.005 0.08 27.1 0.18 59.2 5.64 LN-14-021 16 1313129 474670 6699857 0.005 0.05 364 0.09 52.3 5.65 LN-14-022 17 1313130 474610 6699941 0.005 0.16 26.6 0.15 84.2 4.77 LN-14-023 19 1313131 474559 6700025 0.005 0.3 34.8 0.17 61.3 5.27 LN-14-024 25 1313132 474508 6700108 0.005 0.16 22.9 0.17 54.1 5.08 LN-14-025 35 1313133 474452 6700194 0.005 0.14 10.8 0.18 63.6 5.15 LN-14-026 25 1313134 474403 6700274 0.02 0.13 18.4 0.19 53.1 5.16 LN-14-027 13 1313135 474359 6700325 0.005 0.17 33.8 0.23 55.4 4.59 LN-14-028 15 1313136 474394 6700579 0.005 0.12 20.2 0.13 42.5 3.8 LN-14-029 18 1313137 474231 6700523 0.005 0.18 7.4 0.17 63.8 5.42 LN-14-030 21 1313138 474170 6700606 0.01 0.13 19.8 0.07 59.4 4.77 LN-14-030 23 1313139 474170 6700606 0.005 0.2 17.6 0.04 172.5 4.81	Table 2 – Auger geochemistry sample assay results nominally above 0.1g/t Au or 0.3g/t Ag Hole Number Depth (ft) Sample# Easting Northing Au_ppm Ag_ppm As_ppm Bi_ppm Cu_ppm Fe_% LN-14-001 47 1313101 473474 6700222 0.07 0.61 46.1 0.33 141 5.53 LN-14-002 25 1313102 473448 6700256 0.005 0.17 43.1 0.14 58 5.43 LN-14-003 14 1313103 473417 6700310 0.02 0.42 96.4 0.23 89.1 5.31 LN-14-004 22 1313104 473390 6700348 0.06 0.31 63.1 0.44 89.5 3.61 LN-14-005 20 1313105 473368 6700386 0.03 0.23 49 0.32 40.7 3.78 LN-14-006 12 1313106 473340 6700414 0.02 0.25 71.3 0.36 64.5 4.4 LN-14-007 7 1313107 473290 6700448 0.005 0.12 18.9 0.15 46.3 4.23 LN-14-007 9 1313108 473290 6700448 0.005 0.12 24 0.15 50.2 4.22 LN-14-007 12 1313109 473290 6700448 0.005 0.16 28.4 0.16 55.8 4.51 LN-14-008 13 1313111 473374 6700281 0.03 0.23 99 0.21 91.6 5.15 LN-14-008 14 1313112 473374 6700281 0.14 1.21 173 0.91 92.3 3.65 LN-14-009 12 1313113 473334 6700320 0.14 0.64 1200 0.84 69.3 3.53 LN-14-009 13 1313114 473334 6700320 0.01 0.16 40.2 0.16 50.9 5.61 LN-14-010 13.5 1313115 473772 6700458 0.005 0.08 52 0.42 35 4.69 LN-14-010 12.5 1313116 473772 6700458 0.005 0.08 48.1 0.53 42.3 4.83 LN-14-011 12 1313117 473834 6700400 0.005 0.16 36.8 0.14 64.8 5.53 LN-14-012 12 1313118 473895 6700312 0.01 0.17 119.5 0.09 78.4 4.05 LN-14-012 13 1313119 473895 6700312 0.005 0.07 39.3 0.03 16.6 3.68 LN-14-013 21 1313121 473944 6700227 0.005 0.18 21.4 0.17 61.6 4.54 LN-14-014 20 1313122 473994 6700132 0.005 0.12 20.5 0.15 49.2 4.75 LN-14-015 23 1313123 474052 6700062 0.005 0.22 13.4 0.15 58.1 5.16 LN-14-016 11 1313124 474108 6699961 0.005 0.14 16.6 0.18 73.1 5.51 LN-14-017 12 1313125 474164 6699900 0.005 0.14 17.9 0.17 60 5.02 LN-14-018 22 1313126 474211 6699809 0.005 0.15 16.9 0.18 66.7 5.68 LN-14-019 23 1313127 474234 6699776 0.005 0.21 16.1 1.12 76.3 5.33 LN-14-020 25 1313128 474720 6699765 0.005 0.08 27.1 0.18 59.2 5.64 LN-14-021 16 1313129 474670 6699857 0.005 0.05 364 0.09 52.3 5.65 LN-14-022 17 1313130 474610 6699941 0.005 0.16 26.6 0.15 84.2 4.77 LN-14-023 19 1313131 474559 6700025 0.005 0.3 34.8 0.17 61.3 5.27 LN-14-024 25 1313132 474508 6700108 0.005 0.16 22.9 0.17 54.1 5.08 LN-14-025 35 1313133 474452 6700194 0.005 0.14 10.8 0.18 63.6 5.15 LN-14-026 25 1313134 474403 6700274 0.02 0.13 18.4 0.19 53.1 5.16 LN-14-027 13 1313135 474359 6700325 0.005 0.17 33.8 0.23 55.4 4.59 LN-14-028 15 1313136 474394 6700579 0.005 0.12 20.2 0.13 42.5 3.8 LN-14-029 18 1313137 474231 6700523 0.005 0.18 7.4 0.17 63.8 5.42 LN-14-030 21 1313138 474170 6700606 0.01 0.13 19.8 0.07 59.4 4.77 LN-14-030 23 1313139 474170 6700606 0.005 0.2 17.6 0.04 172.5 4.81	Table 2 – Auger geochemistry sample assay results nominally above 0.1g/t Au or 0.3g/t Ag Hole Number Depth (ft) Sample# Easting Northing Au_ppm Ag_ppm As_ppm Bi_ppm Cu_ppm Fe_% LN-14-001 47 1313101 473474 6700222 0.07 0.61 46.1 0.33 141 5.53 LN-14-002 25 1313102 473448 6700256 0.005 0.17 43.1 0.14 58 5.43 LN-14-003 14 1313103 473417 6700310 0.02 0.42 96.4 0.23 89.1 5.31 LN-14-004 22 1313104 473390 6700348 0.06 0.31 63.1 0.44 89.5 3.61 LN-14-005 20 1313105 473368 6700386 0.03 0.23 49 0.32 40.7 3.78 LN-14-006 12 1313106 473340 6700414 0.02 0.25 71.3 0.36 64.5 4.4 LN-14-007 7 1313107 473290 6700448 0.005 0.12 18.9 0.15 46.3 4.23 LN-14-007 9 1313108 473290 6700448 0.005 0.12 24 0.15 50.2 4.22 LN-14-007 12 1313109 473290 6700448 0.005 0.16 28.4 0.16 55.8 4.51 LN-14-008 13 1313111 473374 6700281 0.03 0.23 99 0.21 91.6 5.15 LN-14-008 14 1313112 473374 6700281 0.14 1.21 173 0.91 92.3 3.65 LN-14-009 12 1313113 473334 6700320 0.14 0.64 1200 0.84 69.3 3.53 LN-14-009 13 1313114 473334 6700320 0.01 0.16 40.2 0.16 50.9 5.61 LN-14-010 13.5 1313115 473772 6700458 0.005 0.08 52 0.42 35 4.69 LN-14-010 12.5 1313116 473772 6700458 0.005 0.08 48.1 0.53 42.3 4.83 LN-14-011 12 1313117 473834 6700400 0.005 0.16 36.8 0.14 64.8 5.53 LN-14-012 12 1313118 473895 6700312 0.01 0.17 119.5 0.09 78.4 4.05 LN-14-012 13 1313119 473895 6700312 0.005 0.07 39.3 0.03 16.6 3.68 LN-14-013 21 1313121 473944 6700227 0.005 0.18 21.4 0.17 61.6 4.54 LN-14-014 20 1313122 473994 6700132 0.005 0.12 20.5 0.15 49.2 4.75 LN-14-015 23 1313123 474052 6700062 0.005 0.22 13.4 0.15 58.1 5.16 LN-14-016 11 1313124 474108 6699961 0.005 0.14 16.6 0.18 73.1 5.51 LN-14-017 12 1313125 474164 6699900 0.005 0.14 17.9 0.17 60 5.02 LN-14-018 22 1313126 474211 6699809 0.005 0.15 16.9 0.18 66.7 5.68 LN-14-019 23 1313127 474234 6699776 0.005 0.21 16.1 1.12 76.3 5.33 LN-14-020 25 1313128 474720 6699765 0.005 0.08 27.1 0.18 59.2 5.64 LN-14-021 16 1313129 474670 6699857 0.005 0.05 364 0.09 52.3 5.65 LN-14-022 17 1313130 474610 6699941 0.005 0.16 26.6 0.15 84.2 4.77 LN-14-023 19 1313131 474559 6700025 0.005 0.3 34.8 0.17 61.3 5.27 LN-14-024 25 1313132 474508 6700108 0.005 0.16 22.9 0.17 54.1 5.08 LN-14-025 35 1313133 474452 6700194 0.005 0.14 10.8 0.18 63.6 5.15 LN-14-026 25 1313134 474403 6700274 0.02 0.13 18.4 0.19 53.1 5.16 LN-14-027 13 1313135 474359 6700325 0.005 0.17 33.8 0.23 55.4 4.59 LN-14-028 15 1313136 474394 6700579 0.005 0.12 20.2 0.13 42.5 3.8 LN-14-029 18 1313137 474231 6700523 0.005 0.18 7.4 0.17 63.8 5.42 LN-14-030 21 1313138 474170 6700606 0.01 0.13 19.8 0.07 59.4 4.77 LN-14-030 23 1313139 474170 6700606 0.005 0.2 17.6 0.04 172.5 4.81	Table 2 – Auger geochemistry sample assay results nominally above 0.1g/t Au or 0.3g/t Ag Hole Number Depth (ft) Sample# Easting Northing Au_ppm Ag_ppm As_ppm Bi_ppm Cu_ppm Fe_% LN-14-001 47 1313101 473474 6700222 0.07 0.61 46.1 0.33 141 5.53 LN-14-002 25 1313102 473448 6700256 0.005 0.17 43.1 0.14 58 5.43 LN-14-003 14 1313103 473417 6700310 0.02 0.42 96.4 0.23 89.1 5.31 LN-14-004 22 1313104 473390 6700348 0.06 0.31 63.1 0.44 89.5 3.61 LN-14-005 20 1313105 473368 6700386 0.03 0.23 49 0.32 40.7 3.78 LN-14-006 12 1313106 473340 6700414 0.02 0.25 71.3 0.36 64.5 4.4 LN-14-007 7 1313107 473290 6700448 0.005 0.12 18.9 0.15 46.3 4.23 LN-14-007 9 1313108 473290 6700448 0.005 0.12 24 0.15 50.2 4.22 LN-14-007 12 1313109 473290 6700448 0.005 0.16 28.4 0.16 55.8 4.51 LN-14-008 13 1313111 473374 6700281 0.03 0.23 99 0.21 91.6 5.15 LN-14-008 14 1313112 473374 6700281 0.14 1.21 173 0.91 92.3 3.65 LN-14-009 12 1313113 473334 6700320 0.14 0.64 1200 0.84 69.3 3.53 LN-14-009 13 1313114 473334 6700320 0.01 0.16 40.2 0.16 50.9 5.61 LN-14-010 13.5 1313115 473772 6700458 0.005 0.08 52 0.42 35 4.69 LN-14-010 12.5 1313116 473772 6700458 0.005 0.08 48.1 0.53 42.3 4.83 LN-14-011 12 1313117 473834 6700400 0.005 0.16 36.8 0.14 64.8 5.53 LN-14-012 12 1313118 473895 6700312 0.01 0.17 119.5 0.09 78.4 4.05 LN-14-012 13 1313119 473895 6700312 0.005 0.07 39.3 0.03 16.6 3.68 LN-14-013 21 1313121 473944 6700227 0.005 0.18 21.4 0.17 61.6 4.54 LN-14-014 20 1313122 473994 6700132 0.005 0.12 20.5 0.15 49.2 4.75 LN-14-015 23 1313123 474052 6700062 0.005 0.22 13.4 0.15 58.1 5.16 LN-14-016 11 1313124 474108 6699961 0.005 0.14 16.6 0.18 73.1 5.51 LN-14-017 12 1313125 474164 6699900 0.005 0.14 17.9 0.17 60 5.02 LN-14-018 22 1313126 474211 6699809 0.005 0.15 16.9 0.18 66.7 5.68 LN-14-019 23 1313127 474234 6699776 0.005 0.21 16.1 1.12 76.3 5.33 LN-14-020 25 1313128 474720 6699765 0.005 0.08 27.1 0.18 59.2 5.64 LN-14-021 16 1313129 474670 6699857 0.005 0.05 364 0.09 52.3 5.65 LN-14-022 17 1313130 474610 6699941 0.005 0.16 26.6 0.15 84.2 4.77 LN-14-023 19 1313131 474559 6700025 0.005 0.3 34.8 0.17 61.3 5.27 LN-14-024 25 1313132 474508 6700108 0.005 0.16 22.9 0.17 54.1 5.08 LN-14-025 35 1313133 474452 6700194 0.005 0.14 10.8 0.18 63.6 5.15 LN-14-026 25 1313134 474403 6700274 0.02 0.13 18.4 0.19 53.1 5.16 LN-14-027 13 1313135 474359 6700325 0.005 0.17 33.8 0.23 55.4 4.59 LN-14-028 15 1313136 474394 6700579 0.005 0.12 20.2 0.13 42.5 3.8 LN-14-029 18 1313137 474231 6700523 0.005 0.18 7.4 0.17 63.8 5.42 LN-14-030 21 1313138 474170 6700606 0.01 0.13 19.8 0.07 59.4 4.77 LN-14-030 23 1313139 474170 6700606 0.005 0.2 17.6 0.04 172.5 4.81	Table 2 – Auger geochemistry sample assay results nominally above 0.1g/t Au or 0.3g/t Ag Hole Number Depth (ft) Sample# Easting Northing Au_ppm Ag_ppm As_ppm Bi_ppm Cu_ppm Fe_% LN-14-001 47 1313101 473474 6700222 0.07 0.61 46.1 0.33 141 5.53 LN-14-002 25 1313102 473448 6700256 0.005 0.17 43.1 0.14 58 5.43 LN-14-003 14 1313103 473417 6700310 0.02 0.42 96.4 0.23 89.1 5.31 LN-14-004 22 1313104 473390 6700348 0.06 0.31 63.1 0.44 89.5 3.61 LN-14-005 20 1313105 473368 6700386 0.03 0.23 49 0.32 40.7 3.78 LN-14-006 12 1313106 473340 6700414 0.02 0.25 71.3 0.36 64.5 4.4 LN-14-007 7 1313107 473290 6700448 0.005 0.12 18.9 0.15 46.3 4.23 LN-14-007 9 1313108 473290 6700448 0.005 0.12 24 0.15 50.2 4.22 LN-14-007 12 1313109 473290 6700448 0.005 0.16 28.4 0.16 55.8 4.51 LN-14-008 13 1313111 473374 6700281 0.03 0.23 99 0.21 91.6 5.15 LN-14-008 14 1313112 473374 6700281 0.14 1.21 173 0.91 92.3 3.65 LN-14-009 12 1313113 473334 6700320 0.14 0.64 1200 0.84 69.3 3.53 LN-14-009 13 1313114 473334 6700320 0.01 0.16 40.2 0.16 50.9 5.61 LN-14-010 13.5 1313115 473772 6700458 0.005 0.08 52 0.42 35 4.69 LN-14-010 12.5 1313116 473772 6700458 0.005 0.08 48.1 0.53 42.3 4.83 LN-14-011 12 1313117 473834 6700400 0.005 0.16 36.8 0.14 64.8 5.53 LN-14-012 12 1313118 473895 6700312 0.01 0.17 119.5 0.09 78.4 4.05 LN-14-012 13 1313119 473895 6700312 0.005 0.07 39.3 0.03 16.6 3.68 LN-14-013 21 1313121 473944 6700227 0.005 0.18 21.4 0.17 61.6 4.54 LN-14-014 20 1313122 473994 6700132 0.005 0.12 20.5 0.15 49.2 4.75 LN-14-015 23 1313123 474052 6700062 0.005 0.22 13.4 0.15 58.1 5.16 LN-14-016 11 1313124 474108 6699961 0.005 0.14 16.6 0.18 73.1 5.51 LN-14-017 12 1313125 474164 6699900 0.005 0.14 17.9 0.17 60 5.02 LN-14-018 22 1313126 474211 6699809 0.005 0.15 16.9 0.18 66.7 5.68 LN-14-019 23 1313127 474234 6699776 0.005 0.21 16.1 1.12 76.3 5.33 LN-14-020 25 1313128 474720 6699765 0.005 0.08 27.1 0.18 59.2 5.64 LN-14-021 16 1313129 474670 6699857 0.005 0.05 364 0.09 52.3 5.65 LN-14-022 17 1313130 474610 6699941 0.005 0.16 26.6 0.15 84.2 4.77 LN-14-023 19 1313131 474559 6700025 0.005 0.3 34.8 0.17 61.3 5.27 LN-14-024 25 1313132 474508 6700108 0.005 0.16 22.9 0.17 54.1 5.08 LN-14-025 35 1313133 474452 6700194 0.005 0.14 10.8 0.18 63.6 5.15 LN-14-026 25 1313134 474403 6700274 0.02 0.13 18.4 0.19 53.1 5.16 LN-14-027 13 1313135 474359 6700325 0.005 0.17 33.8 0.23 55.4 4.59 LN-14-028 15 1313136 474394 6700579 0.005 0.12 20.2 0.13 42.5 3.8 LN-14-029 18 1313137 474231 6700523 0.005 0.18 7.4 0.17 63.8 5.42 LN-14-030 21 1313138 474170 6700606 0.01 0.13 19.8 0.07 59.4 4.77 LN-14-030 23 1313139 474170 6700606 0.005 0.2 17.6 0.04 172.5 4.81	Table 2 – Auger geochemistry sample assay results nominally above 0.1g/t Au or 0.3g/t Ag Hole Number Depth (ft) Sample# Easting Northing Au_ppm Ag_ppm As_ppm Bi_ppm Cu_ppm Fe_% LN-14-001 47 1313101 473474 6700222 0.07 0.61 46.1 0.33 141 5.53 LN-14-002 25 1313102 473448 6700256 0.005 0.17 43.1 0.14 58 5.43 LN-14-003 14 1313103 473417 6700310 0.02 0.42 96.4 0.23 89.1 5.31 LN-14-004 22 1313104 473390 6700348 0.06 0.31 63.1 0.44 89.5 3.61 LN-14-005 20 1313105 473368 6700386 0.03 0.23 49 0.32 40.7 3.78 LN-14-006 12 1313106 473340 6700414 0.02 0.25 71.3 0.36 64.5 4.4 LN-14-007 7 1313107 473290 6700448 0.005 0.12 18.9 0.15 46.3 4.23 LN-14-007 9 1313108 473290 6700448 0.005 0.12 24 0.15 50.2 4.22 LN-14-007 12 1313109 473290 6700448 0.005 0.16 28.4 0.16 55.8 4.51 LN-14-008 13 1313111 473374 6700281 0.03 0.23 99 0.21 91.6 5.15 LN-14-008 14 1313112 473374 6700281 0.14 1.21 173 0.91 92.3 3.65 LN-14-009 12 1313113 473334 6700320 0.14 0.64 1200 0.84 69.3 3.53 LN-14-009 13 1313114 473334 6700320 0.01 0.16 40.2 0.16 50.9 5.61 LN-14-010 13.5 1313115 473772 6700458 0.005 0.08 52 0.42 35 4.69 LN-14-010 12.5 1313116 473772 6700458 0.005 0.08 48.1 0.53 42.3 4.83 LN-14-011 12 1313117 473834 6700400 0.005 0.16 36.8 0.14 64.8 5.53 LN-14-012 12 1313118 473895 6700312 0.01 0.17 119.5 0.09 78.4 4.05 LN-14-012 13 1313119 473895 6700312 0.005 0.07 39.3 0.03 16.6 3.68 LN-14-013 21 1313121 473944 6700227 0.005 0.18 21.4 0.17 61.6 4.54 LN-14-014 20 1313122 473994 6700132 0.005 0.12 20.5 0.15 49.2 4.75 LN-14-015 23 1313123 474052 6700062 0.005 0.22 13.4 0.15 58.1 5.16 LN-14-016 11 1313124 474108 6699961 0.005 0.14 16.6 0.18 73.1 5.51 LN-14-017 12 1313125 474164 6699900 0.005 0.14 17.9 0.17 60 5.02 LN-14-018 22 1313126 474211 6699809 0.005 0.15 16.9 0.18 66.7 5.68 LN-14-019 23 1313127 474234 6699776 0.005 0.21 16.1 1.12 76.3 5.33 LN-14-020 25 1313128 474720 6699765 0.005 0.08 27.1 0.18 59.2 5.64 LN-14-021 16 1313129 474670 6699857 0.005 0.05 364 0.09 52.3 5.65 LN-14-022 17 1313130 474610 6699941 0.005 0.16 26.6 0.15 84.2 4.77 LN-14-023 19 1313131 474559 6700025 0.005 0.3 34.8 0.17 61.3 5.27 LN-14-024 25 1313132 474508 6700108 0.005 0.16 22.9 0.17 54.1 5.08 LN-14-025 35 1313133 474452 6700194 0.005 0.14 10.8 0.18 63.6 5.15 LN-14-026 25 1313134 474403 6700274 0.02 0.13 18.4 0.19 53.1 5.16 LN-14-027 13 1313135 474359 6700325 0.005 0.17 33.8 0.23 55.4 4.59 LN-14-028 15 1313136 474394 6700579 0.005 0.12 20.2 0.13 42.5 3.8 LN-14-029 18 1313137 474231 6700523 0.005 0.18 7.4 0.17 63.8 5.42 LN-14-030 21 1313138 474170 6700606 0.01 0.13 19.8 0.07 59.4 4.77 LN-14-030 23 1313139 474170 6700606 0.005 0.2 17.6 0.04 172.5 4.81
Hole Number		Depth (ft)		Sample#		Easting		Northing		Au_ppm		Ag_ppm		As_ppm		Bi_ppm		Cu_ppm		Fe_%
LN-14-001		47		1313101		473474		6700222		0.07		0.61		46.1		0.33		141		5.53
LN-14-002		25		1313102		473448		6700256		0.005		0.17		43.1		0.14		58		5.43
LN-14-003		14		1313103		473417		6700310		0.02		0.42		96.4		0.23		89.1		5.31
LN-14-004		22		1313104		473390		6700348		0.06		0.31		63.1		0.44		89.5		3.61
LN-14-005		20		1313105		473368		6700386		0.03		0.23		49		0.32		40.7		3.78
LN-14-006		12		1313106		473340		6700414		0.02		0.25		71.3		0.36		64.5		4.4
LN-14-007		7		1313107		473290		6700448		0.005		0.12		18.9		0.15		46.3		4.23
LN-14-007		9		1313108		473290		6700448		0.005		0.12		24		0.15		50.2		4.22
LN-14-007		12		1313109		473290		6700448		0.005		0.16		28.4		0.16		55.8		4.51
LN-14-008		13		1313111		473374		6700281		0.03		0.23		99		0.21		91.6		5.15
LN-14-008		14		1313112		473374		6700281		0.14		1.21		173		0.91		92.3		3.65
LN-14-009		12		1313113		473334		6700320		0.14		0.64		1200		0.84		69.3		3.53
LN-14-009		13		1313114		473334		6700320		0.01		0.16		40.2		0.16		50.9		5.61
LN-14-010		13.5		1313115		473772		6700458		0.005		0.08		52		0.42		35		4.69
LN-14-010		12.5		1313116		473772		6700458		0.005		0.08		48.1		0.53		42.3		4.83
LN-14-011		12		1313117		473834		6700400		0.005		0.16		36.8		0.14		64.8		5.53
LN-14-012		12		1313118		473895		6700312		0.01		0.17		119.5		0.09		78.4		4.05
LN-14-012		13		1313119		473895		6700312		0.005		0.07		39.3		0.03		16.6		3.68
LN-14-013		21		1313121		473944		6700227		0.005		0.18		21.4		0.17		61.6		4.54
LN-14-014		20		1313122		473994		6700132		0.005		0.12		20.5		0.15		49.2		4.75
LN-14-015		23		1313123		474052		6700062		0.005		0.22		13.4		0.15		58.1		5.16
LN-14-016		11		1313124		474108		6699961		0.005		0.14		16.6		0.18		73.1		5.51
LN-14-017		12		1313125		474164		6699900		0.005		0.14		17.9		0.17		60		5.02
LN-14-018		22		1313126		474211		6699809		0.005		0.15		16.9		0.18		66.7		5.68
LN-14-019		23		1313127		474234		6699776		0.005		0.21		16.1		1.12		76.3		5.33
LN-14-020		25		1313128		474720		6699765		0.005		0.08		27.1		0.18		59.2		5.64
LN-14-021		16		1313129		474670		6699857		0.005		0.05		364		0.09		52.3		5.65
LN-14-022		17		1313130		474610		6699941		0.005		0.16		26.6		0.15		84.2		4.77
LN-14-023		19		1313131		474559		6700025		0.005		0.3		34.8		0.17		61.3		5.27
LN-14-024		25		1313132		474508		6700108		0.005		0.16		22.9		0.17		54.1		5.08
LN-14-025		35		1313133		474452		6700194		0.005		0.14		10.8		0.18		63.6		5.15
LN-14-026		25		1313134		474403		6700274		0.02		0.13		18.4		0.19		53.1		5.16
LN-14-027		13		1313135		474359		6700325		0.005		0.17		33.8		0.23		55.4		4.59
LN-14-028		15		1313136		474394		6700579		0.005		0.12		20.2		0.13		42.5		3.8
LN-14-029		18		1313137		474231		6700523		0.005		0.18		7.4		0.17		63.8		5.42
LN-14-030		21		1313138		474170		6700606		0.01		0.13		19.8		0.07		59.4		4.77
LN-14-030		23		1313139		474170		6700606		0.005		0.2		17.6		0.04		172.5		4.81
	LN-14-031		12		1313141		474144		6700649		0.005		0.1		12.4		0.05		16.3		3.29
																					Page 7 of 11

	LN-14-030			23		1313139		474170		6700606		0.005		0.2		17.6		0.04		172.5	4.81
	LN-14-031			12		1313141		474144		6700649		0.005		0.1		12.4		0.05		16.3	3.29
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LN-14-031	15	1313142	474144	6700649	0.005	0.24	16.5	0.07	18.4	3.3
LN-14-032	10	1313143	474607	6700601	0.005	0.12	18.1	0.14	52.7	4.74
LN-14-032	13	1313144	474607	6700601	0.005	0.09	15.4	0.12	55.3	4.74
LN-14-032	17	1313145	474607	6700601	0.005	0.13	20.3	0.11	43.2	4.93
LN-14-033	15	1313146	474714	6700564	0.005	0.1	19.8	0.12	61.6	6.13
LN-14-033	23	1313147	474714	6700564	0.005	0.1	21.3	0.15	65.2	4.83
LN-14-034	26	1313148	474574	6700699	0.005	0.16	21.2	0.16	58.5	4.93
LN-14-035	32	1313149	474541	6700790	0.005	0.12	22.5	0.15	48.4	4.13
LN-14-035	35	1313150	474541	6700790	0.005	0.14	25.8	0.16	48.9	4.52
LN-14-035	42	1313151	474541	6700790	0.005	0.29	20.1	0.19	64	5.33
LN-14-036	24	1313152	474517	6700865	0.005	0.16	28.4	0.17	53.7	4.36
LN-14-036	36	1313153	474517	6700865	0.005	0.16	61.7	0.52	73.8	6.31
LN-14-037	25	1313154	474247	6700876	0.01	0.35	118.5	0.73	78.3	4.43
LN-14-037	31	1313155	474247	6700876	0.005	0.12	40.8	0.22	60.4	5.34
LN-14-038	27	1313156	474315	6700773	0.005	0.12	25.5	0.15	53.8	4.46
LN-14-038	30	1313157	474315	6700773	0.005	0.11	23.2	0.15	45.9	4.29
LN-14-038	34	1313158	474315	6700773	0.005	0.12	17.3	0.15	45.6	4.04
LN-14-039	25	1313159	474360	6700701	0.005	0.13	19.2	0.16	66.2	5.84

Note:
All
drill
holes
samples
collected
are
presented
in
this
table.
Generally
a
bottom
of
hole
sample
was
collected.

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**APPENDIX

2**

**JORC

TABLE
1 Section
1
Sampling
Techniques
and
Data**

Criteria	Explanation	Notes
Sampling techniques	•Nature and quality of sampling (eg cut channels, random chips, or specific specialised industry standard measurement tools appropriate to the minerals under investigation, such as down hole gamma sondes, or handheld XRF instruments, etc). These examples should not be taken as limiting the broad meaning of sampling. •Include reference to measures taken to ensure sample representivity and the appropriate calibration of any measurement tools or systems used. •Aspects of the determination of mineralisation that are Material to the Public Report. In cases where ‘industry standard’ work has been done this would be relatively simple (eg ‘reverse circulation drilling was used to obtain 1 m samples from which 3 kg was pulverised to produce a 30 g charge for fire assay’). In other cases more explanation may be required, such as where there is coarse gold that has inherent sampling problems. Unusual commodities or mineralisation types (eg submarine nodules) may warrant disclosure of detailed information.	•Channel sampling benches were dug into the river bank to access in-situ material, usually oxidized. This was channel sampled using geo- pick to ensure representative samples for each 10ft interval •After the completion of each auger drill hole a spear was hammered into the material below the base of the auger to collect an in-situ un- contaminated sample. •Both auger and channel samples were in the order of 2-3kg in weight. •Standard weight biogeochemical samples were collected using secateurs from the recent growth of two specie groups and documented to homogenize sample medium. •Biogeochemistry samples were in the order of 0.25-0.5kg weight.
Drilling techniques	•Drill type (eg core, reverse circulation, open-hole hammer, rotary air blast, auger, Bangka, sonic, etc) and details (eg core diameter, triple or standard tube, depth of diamond tails, face-sampling bit or other type, whether core is oriented and if so, by what method, etc).	•After the completion of each auger drill hole a spear was hammered into the material below the base of the auger to collect an in-situ un- contaminated sample.
Drill sample recovery	•Method of recording and assessing core and chip sample recoveries and results assessed. •Measures taken to maximise sample recovery and ensure representative nature of the samples. • Whether a relationship exists between sample recovery and grade and whether sample bias may have occurred due to preferential loss/gain of fine/coarse material.	•After the completion of each auger drill hole a spear was hammered into the material below the base of the auger to collect an in-situ un- contaminated sample.
Logging	•Whether core and chip samples have been geologically and geotechnically logged to a level of detail to support appropriate Mineral Resource estimation, mining studies and metallurgical studies. •Whether logging is qualitative or quantitative in nature. Core (or costean, channel, etc) photography. • The total length and percentage of the relevant intersections logged.	•All spear samples were logged and a representative chip or clay sample was stored in a chip tray.
Sub-sampling techniques and sample preparation	•If core, whether cut or sawn and whether quarter, half or all core taken. •If non-core, whether riffled, tube sampled, rotary split, etc and whether sampled wet or dry. •For all sample types, the nature, quality and appropriateness of the sample preparation technique.	•Auger spear samples were collected below the bottom of the auger drill bit to collect one sample at the bottom of the hole. This technique is appropriate for geochemical reconnaissance sampling

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Criteria	Explanation	Notes
	•Quality control procedures adopted for all sub-sampling stages to maximise representivity of samples. •Measures taken to ensure that the sampling is representative of the in situ material collected, including for instance results for field duplicate/second-half sampling. •Whether sample sizes are appropriate to the grain size of the material being sampled.
Quality of assay data and laboratory tests	•The nature, quality and appropriateness of the assaying and laboratory procedures used and whether the technique is considered partial or total. •For geophysical tools, spectrometers, handheld XRF instruments, etc, the parameters used in determining the analysis including instrument make and model, reading times, calibrations factors applied and their derivation, etc. •Nature of quality control procedures adopted (eg standards, blanks, duplicates, external laboratory checks) and whether acceptable levels of accuracy (ie lack of bias) and precision have been established.	•Samples have been submitted to ALS laboratories in Fairbanks, Alaska. •Standards and blanks were submitted with samples.
Verification of sampling and assaying	•The verification of significant intersections by either independent or alternative company personnel. •The use of twinned holes. •Documentation of primary data, data entry procedures, data verification, data storage (physical and electronic) protocols. •Discuss any adjustment to assay data.	•Sampling was conducted by an independent consultant who is a Competent Person and contractors who were trained and overseen by the Competent Person. Sampling technique and procedure was reviewed by the author of this report.
Location of data points	•Accuracy and quality of surveys used to locate drill holes (collar and down-hole surveys), trenches, mine workings and other locations used in Mineral Resource estimation. •Specification of the grid system used. •Quality and adequacy of topographic control.	•Sampling and drill collars were recorded using a handheld recreational GPS in UTM NAD83 Zone 4N – 4m accuracy
Data spacing and distribution	•Data spacing for reporting of Exploration Results. •Whether the data spacing and distribution is sufficient to establish the degree of geological and grade continuity appropriate for the Mineral Resource and Ore Reserve estimation procedure(s) and classifications applied. •Whether sample compositing has been applied.	•Auger drilling and Biogeochemistry was on a nominal 400m x 100m spacing. •Channel sampling was on 10ft (3m) spacing in areas of weathered in-situ bedrock.
Orientation of data in relation to geological structure	•Whether the orientation of sampling achieves unbiased sampling of possible structures and the extent to which this is known, considering the deposit type. •If the relationship between the drilling orientation and the orientation of key mineralised structures is considered to have introduced a sampling bias, this should be assessed and reported if material.	•Drilling and sampling was perpendicular to the strike of the main structure and the apparent strike of the Luna – Luna E mineralization. •Auger drilling was vertical.
Sample security	•The measures taken to ensure sample security.	•Samples were collected, bagged and boxed by company consultants and company employees and shipped using reputable freight company, ensuring Chain of Custody standard guidelines.
Audits or reviews	•The results of any audits or reviews of sampling techniques and data.	•No audit was conducted, which is appropriate for this stage of exploration.

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11

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**JORC

TABLE
1 Section
2
Reporting
of
Exploration
Results**

Criteria	Explanation
Mineral tenement and land tenure status	•Southern Crown has employed a permit consultant to ensure the tenure documentation is up to date. The claims can be viewed on the Alaska department of Natural Resources website. ACA Howe completed an independent review during April 2013. No independent review has been completed since.
Exploration done by other parties	•Afranex engaged ACA Howe to write a 43-101 standard report on the projects. It details all exploration by other companies. A database and reports has also been provided by previous explorers.
Geology	•The mineralisation is located in a major NE regional shear zone associated with the bounding faults of the Tintina gold belt. Intrusions into the regional belt have hornfels and altered surrounding sedimentary country rock. Mineralisation has been emplaced in and around the intrusions suggesting the Luna-Quicksilver prospects have the potential to be IRG systems.
Drill hole Information	•Auger drillholes were all drilled vertically through to the bedrock. Drillhole locations are displayed on Figure 3.
Data aggregation methods	•No data aggregation methods have been used.
Relationship between mineralisation widths and intercept lengths	•The only drilling conducted at Luna – Luna East are the drillholes that are presented in this report.
Diagrams	•Diagrams provided show location of projects and location of auger drill holes.
Balanced reporting	•Exploration is at an early stage and surface geochemistry and geophysics has been collected over all prospects over a 7 year period. Details have been provided in separate releases on 20 Aug, 4 Sept and 15 Sept 2014.
Other substantive exploration data	•Data provided on 20 Aug, 4 Sept, 15 Sept details early stage exploration including geophysics, geological mapping and surface geochemistry.
Further work	•The Company will assess the results from this program to plan follow-up targeting.

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AI assistant

YOJEE LIMITED Capital/Financing Update 2014

66110_rns_2014-11-26_68866096-aa2d-42d8-8eb0-b52ec5c1d091.pdf

ASX Release

**Southern

Contact:

**Directors

**Issued

**GEOCHEMICAL

Highlights

**Luna-‐Luna

**Luna-‐Luna

**Future

**For

**Rhod

Competent Person’s Statement

**APPENDIX

**APPENDIX

**JORC

**JORC

AI assistant

YOJEE LIMITED — Capital/Financing Update 2014

66110_rns_2014-11-26_68866096-aa2d-42d8-8eb0-b52ec5c1d091.pdf

ASX Release

**Southern

Contact:

**Directors

**Issued

**GEOCHEMICAL

Highlights

**Luna-­‐Luna

**Luna-­‐Luna

**Future

**For

**Rhod

Competent Person’s Statement

**APPENDIX

**APPENDIX

**JORC

**JORC

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YOJEE LIMITED Capital/Financing Update 2014

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