Results Support the Regional-Scale
Exploration Potential of
the 460km2 Land Package
VANCOUVER, BC, Nov. 11,
2024 /PRNewswire/ - GoldMining Inc. (the
"Company" or "GoldMining") (TSX: GOLD) (NYSE
American: GLDG) is pleased to report additional assay results
from the 2024 auger drilling program at its 100% owned São Jorge
Project ("São Jorge" or the "Project") in the
Tapajós gold district ("Tapajós"), Pará State, Brazil.
Highlights:
- The auger drilling program successfully identified several new
gold-in-bedrock targets, directly underlying large high-tenor
surface soil anomalies at São Jorge.
- Peak assays exceeded expectations for this style of drilling,
returning several +1 gram per tonne gold ("g/t Au") intercepts in
shallow weathered bedrock, including highlight intercepts:
- 1 metre ("m") at 10.2 g/t Au from
14 m depth;
- 5 m at 2.78 g/t Au from 10
m depth; and
- 3 m at 1.05 g/t Au from 12
m depth.
- At least three of the high-tenor contiguous gold-in-bedrock
targets warrant additional follow-up drilling at the William
South zone, part of an emerging multi-kilometre trend defined
by soil and auger drill anomalies located approximately 2 km north
of the São Jorge deposit. All targets remain open with potential
for further expansion along strike.
- Only 13% of the broad gold-in-soil anomalies across the Project
have been tested to date with top of bedrock auger drilling. The
Company currently plans to continue with systematic auger drilling
in 2025 with the objective of delineating additional
gold-in-bedrock targets and to conduct follow-up deeper drilling
with the objective to potentially discover additional gold
resources at São Jorge.
Tim Smith, Vice President of
Exploration of GoldMining, commented: "To complement the
previously reported encouraging gold intercepts from the 2024 São
Jorge step-out core drilling program, the auger drilling program
has yielded several new zones of shallow gold-in-bedrock
mineralization. Mounting evidence appears to point to additional
corridors of gold mineralization at the Project, which were
initially identified by systematic grid pattern gold-in-soil
sampling and which now have been confirmed through auger drilling
to have a proximal bedrock source. The high-grade gold values
intersected by auger drilling have exceeded our expectations and
underpin the exploration potential and quality of the broader São
Jorge mineral system. Several high priority targets have been
identified for follow-up deeper drilling with the objective to
further expand gold mineralization at the Project."
São Jorge Drill Program Overview
The Company commenced a systematic program of auger and diamond
core drilling at São Jorge in May
2024 (see news release dated May 29,
2024). The objectives of the program included confirmatory
drilling within and near the margins of the existing São Jorge gold
deposit (the "Deposit"), as well as exploratory
drilling of identified gold targets in areas with no previous
drilling, located within 1-2 km of known mineralization.
The auger drilling program focused in an area located
approximately 2 km north of the São Jorge deposit to follow up on
the large, multi-kilometre high tenor 'William South' gold-in-soil
anomaly. All assays have now been received and the results
demonstrate very encouraging indications of primary gold
mineralization in bedrock, which highlights that the large,
regional-scale São Jorge property has the potential to host
additional corridors of mineralization. Follow-up RC and/or diamond
core drilling is required to test for deeper bedrock mineralization
with the objective to potentially discover and define additional
zones of gold mineralization at São Jorge.
São Jorge comprises an extensive land area of some 45,997
hectares that lies within the active and rapidly developing Tapajós
gold district (see Figure 1), which is estimated to
have produced over 20 million ounces of gold historically from
artisanal mining of surface deposits, according to the Brazil
National Mining Agency. The Tapajós is home to Serabi Gold Plc.'s
producing high-grade underground Palito Mine and G Mining Ventures
Corp.'s ("G Mining") Tocantinzinho Gold Mine, which recently
declared commercial production (see G Mining news release
September 3, 2024).
São Jorge has the advantage of being located near paved Hwy
BR-163 and a new 138 kV powerline corridor, which ties into the
district electrical grid recently constructed for the Tocantinzinho
Gold Mine. Exploration activities at São Jorge are operated from a
permanent camp near the existing deposit which is just 3 km from
the highway.
Auger Drilling Program
The 2024 power auger drilling program comprised 3,098 meters for
approximately 206 holes, which was completed in September 2024. The program primarily targeted
the high priority 'William South' area located approximately 2 km
north of the São Jorge deposit. William South comprises a broad
high-tenor zone of anomalous gold-in-soil (see Figures 2 and 3),
measuring approximately 2 km x 2 km with soil assays peaking at
2,163 ppb Au (2.163 g/t Au).
The auger drilling utilized a powered 20 centimetre diameter
rotary drill head capable of penetrating to 15-20 m depth, with vertical drill holes completed
on an approximately 25-50 m x
50 m grid pattern. A geologist or
technician supervised the drilling to log the drill cuttings and
distinguish transported overburden from in situ weathered bedrock.
Sampling is conducted on 1 m
intervals with assaying to 5 parts per billion ("ppb") Au
detection. The drill method is open-hole, therefore contamination
and/or dilution of precious metal grades by material from higher in
the hole is possible. The advantages of the auger program include
the low detection limit assay results, coupled with the
interpretation of the geological profile to provide a quick,
inexpensive and effective direct mapping for the presence of gold
mineralization in the uppermost portion of the residual weathered
bedrock profile. This information can be used to guide follow-up
exploration drilling using larger equipment such as RC or diamond
core drilling. The auger drilling assay results are illustrated in
Figure 2 and Figure 3, and details are provided in Tables
1 & 2.
Background gold values in both residual weathered bedrock and
overlying transported soils is expected to range from nil to 1-2
ppb Au, thus values of greater than 10-25 ppb Au are considered to
be 'elevated', and values greater than 100 ppb Au interpreted to be
'highly anomalous'. The auger program at William South has to date
returned several +1 g/t Au intercepts, including a best intercept
of 17.14 g/t Au over 1 m from 12
meters depth (SJTRD-082-24).
Analysis of the auger program assay results indicates that
approximately 17% of all holes returned highly anomalous assay
results (greater than 100 ppb Au), confirming the presence of gold
mineralization in weathered bedrock in several areas.
Furthermore, the grid drilling program has identified several areas
with clusters of anomalous results interpreted to indicate
semi-contiguous zones of mineralization over 100's metres and
remaining open along strike.
Indications of multiple contiguous high tenor primary gold
mineralization occurrences in bedrock is compelling for the
potential discovery of new gold resources at William South and
warrants deeper follow-up drilling which is planned for 2025.
Positive confirmation of underlying mineralization in close
proximity to surficial gold-in-soil anomalies is further
encouraging for more widespread application of auger drilling – a
cheap and rapid sub-surface geochemical test – across other
gold-in-soil anomalies located throughout the Project. Several
additional target areas are planned for systematic auger drill
testing in 2025.
For additional information regarding the São Jorge Project,
including existing resource estimates and historical work at the
project, please refer to the technical report titled "São Jorge
Gold Project, Pará State, Brazil:
Independent Technical Report on Mineral Resources", prepared for
the Company and dated effective May 31,
2021, which is available under the Company's profile at
www.sedarplus.ca.
Table
1 São
Jorge bedrock assay intercepts from the 2024 auger drilling program
(as of November 11, 2024).
Hole
Number
|
Interval
From
(m)
|
Interval To
(m)
|
Sample
Length1 (m)
|
Au
Grade (g/t)
|
SJTRD-047-24 to
SJTRD-053-24
|
No Significant
Result
|
SJTRD-054-24
|
9.00
|
10.00
|
1.00
|
0.22
|
SJTRD-055-24
|
10.00
|
11.00
|
1.00
|
0.96
|
SJTRD-056-24 to
SJTRD-076-24
|
No Significant
Result
|
|
|
SJTRD-077-24
|
7.00
|
9.00
|
1.00
|
3.05
|
SJTRD-078-24
|
No Significant
Result
|
SJTRD-079-24
|
4.00
|
5.00
|
1.00
|
0.12
|
SJTRD-080-24
|
5.00
|
6.00
|
1.00
|
0.18
|
SJTRD-081-24
|
4.00
|
5.00
|
1.00
|
0.32
|
SJTRD-082-24
|
8.00
|
9.00
|
1.00
|
2.03
|
And
|
12.00
|
13.00
|
1.00
|
17.14
|
SJTRD-083-24
|
No Significant
Result
|
SJTRD-084-24
|
17.00
|
18.00
|
1.00
|
0.92
|
SJTRD-085-24
|
No Significant
Result
|
SJTRD-086-24
|
5.00
|
7.00
|
2.00
|
4.41
|
Including
|
6.00
|
7.00
|
1.00
|
8.01
|
SJTRD-087-24 to
SJTRD-089-24
|
No Significant
Result
|
SJTRD-090-24
|
9.00
|
10.00
|
1.00
|
0.83
|
SJTRD-091-24
|
9.00
|
11.00
|
2.00
|
1.47
|
SJTRD-092-24 to
SJTRD-095-24
|
No Significant
Result
|
SJTRD-096-24
|
6.00
|
7.00
|
1.00
|
0.28
|
SJTRD-097-24
|
No Significant
Result
|
SJTRD-098-24
|
6.00
|
8.00
|
2.00
|
0.38
|
SJTRD-099-24 to
SJTRD-107-24
|
No Significant
Result
|
SJTRD-108-24
|
10.00
|
11.00
|
1.00
|
0.10
|
SJTRD-109-24
|
9.00
|
10.00
|
1.00
|
0.11
|
SJTRD-110-24
|
7.00
|
8.00
|
1.00
|
0.21
|
SJTRD-111-24
|
No Significant
Result
|
SJTRD-112-24
|
5.00
|
6.00
|
1.00
|
0.19
|
SJTRD-113-24
|
10.00
|
11.00
|
1.00
|
0.17
|
SJTRD-114-24 to
SJTRD-120-24
|
No Significant
Result
|
SJTRD-121-24
|
8.00
|
9.00
|
1.00
|
0.11
|
SJTRD-122-24 to
SJTRD-123-24
|
No Significant
Result
|
SJTRD-124-24
|
9.00
|
11.00
|
2.00
|
2.06
|
Including
|
10.00
|
11.00
|
1.00
|
3.78
|
SJTRD-125-24 to
SJTRD-127-24
|
No Significant
Result
|
SJTRD-128-24
|
13.00
|
14.00
|
1.00
|
0.78
|
SJTRD-129-24 to
SJTRD-146-24
|
No Significant
Result
|
SJTRD-147-24
|
14.00
|
15.00
|
1.00
|
10.20
|
SJTRD-148-24
|
6.00
|
7.00
|
1.00
|
0.13
|
SJTRD-149-24 to
SJTRD-151-24
|
No Significant
Result
|
SJTRD-152-24
|
9.00
|
10.00
|
1.00
|
0.26
|
SJTRD-153-24
|
No Significant
Result
|
SJTRD-154-24
|
11.00
|
12.00
|
1.00
|
0.10
|
SJTRD-156-24 to
SJTRD-157-24
|
No Significant
Result
|
SJTRD-158-24
|
11.00
|
12.00
|
1.00
|
0.12
|
SJTRD-159-24 to
SJTRD-161-24
|
No Significant
Result
|
SJTRD-162-24
|
7.00
|
8.00
|
1.00
|
0.12
|
SJTRD-163-24
|
8.00
|
9.00
|
1.00
|
0.10
|
SJTRD-164-24 to
SJTRD-165-24
|
No Significant
Result
|
SJTRD-166-24
|
11.00
|
12.00
|
1.00
|
0.71
|
SJTRD-167-24 to
SJTRD-186-24
|
No Significant
Result
|
SJTRD-187-24
|
10.00
|
15.00
|
5.00
|
2.78
|
SJTRD-188-24 to
SJTRD-196-24
|
No Significant
Result
|
SJTRD-197-24
|
7.00
|
8.00
|
1.00
|
0.17
|
And
|
12.00
|
15.00
|
3.00
|
1.05
|
SJTRD-198-24 to
SJTRD-203-24
|
No Significant
Result
|
SJTRD-204-24
|
5.00
|
8.00
|
3.00
|
0.48
|
And
|
13.00
|
15.00
|
2.00
|
0.12
|
SJTRD-205-24
|
10.00
|
14.00
|
4.00
|
0.18
|
SJTRD-206-24 to
SJTRD-209-24
|
No Significant
Result
|
SJTRD-210-24
|
13.00
|
15.00
|
2.00
|
0.16
|
SJTRD-211-24
|
5.00
|
6.00
|
1.00
|
0.30
|
SJTRD-212-24 to
SJTRD-213-24
|
No Significant
Result
|
SJTRD-214-24
|
8.00
|
9.00
|
1.00
|
0.17
|
SJTRD-215-24 to
SJTRD-227-24
|
No Significant
Result
|
SJTRD-228-24
|
9.00
|
10.00
|
1.00
|
0.55
|
SJTRD-229-24 to
SJTRD-250-24
|
No Significant
Result
|
SJTRD-251-24
|
14.00
|
15.00
|
1.00
|
0.11
|
SJTRD-252-24
|
No Significant
Result
|
1. True widths are unknown due to the vertical hole
angle and limited depth of drill penetration.
Table
2 São
Jorge 2024 auger drill hole collar location
coordinates.1
Hole
Number
|
Easting Metres (UTM
Zone 21S)
|
Northing
Metres (UTM Zone 21S)
|
Elevation
(m
above sea
level)
|
Depth
(m)
|
Status
|
SJTRD-047-24
|
656712
|
9284447
|
211
|
15
|
All Assays
Received
|
SJTRD-048-24
|
656709
|
9284505
|
214
|
14
|
All Assays
Received
|
SJTRD-049-24
|
656701
|
9284550
|
215
|
14
|
All Assays
Received
|
SJTRD-052-24
|
656651
|
9284700
|
215
|
8
|
All Assays
Received
|
SJTRD-051-24
|
656650
|
9284650
|
219
|
11
|
All Assays
Received
|
SJTRD-050-24
|
656650
|
9284600
|
218
|
12.7
|
All Assays
Received
|
SJTRD-055-24
|
656601
|
9284600
|
217
|
12
|
All Assays
Received
|
SJTRD-054-24
|
656601
|
9284650
|
221
|
10
|
All Assays
Received
|
SJTRD-053-24
|
656603
|
9284701
|
215
|
6.6
|
All Assays
Received
|
SJTRD-056-24
|
656401
|
9284500
|
219
|
14
|
All Assays
Received
|
SJTRD-057-24
|
656402
|
9284550
|
222
|
12
|
All Assays
Received
|
SJTRD-058-24
|
656402
|
9284600
|
223
|
11
|
All Assays
Received
|
SJTRD-059-24
|
656401
|
9284635
|
219
|
10
|
All Assays
Received
|
SJTRD-060-24
|
656350
|
9284600
|
218
|
9
|
All Assays
Received
|
SJTRD-061-24
|
656351
|
9284550
|
220
|
12.6
|
All Assays
Received
|
SJTRD-062-24
|
656357
|
9284500
|
207
|
14
|
All Assays
Received
|
SJTRD-063-24
|
656361
|
9284445
|
225
|
13.4
|
All Assays
Received
|
SJTRD-064-24
|
656602
|
9284559
|
216
|
14
|
All Assays
Received
|
SJTRD-065-24
|
656603
|
9284568
|
226
|
13
|
All Assays
Received
|
SJTRD-066-24
|
656603
|
9284578
|
201
|
14
|
All Assays
Received
|
SJTRD-067-24
|
656604
|
9284588
|
209
|
13
|
All Assays
Received
|
SJTRD-068-24
|
656607
|
9284598
|
230
|
14
|
All Assays
Received
|
SJTRD-069-24
|
656618
|
9284600
|
203
|
12
|
All Assays
Received
|
SJTRD-070-24
|
656598
|
9284613
|
210
|
20
|
All Assays
Received
|
SJTRD-071-24
|
656599
|
9284624
|
205
|
16
|
All Assays
Received
|
SJTRD-072-24
|
656598
|
9284631
|
207
|
18
|
All Assays
Received
|
SJTRD-073-24
|
656595
|
9284643
|
206
|
18
|
All Assays
Received
|
SJTRD-074-24
|
656596
|
9284660
|
206
|
16
|
All Assays
Received
|
SJTRD-075-24
|
656596
|
9284676
|
204
|
18
|
All Assays
Received
|
SJTRD-076-24
|
656599
|
9284652
|
205
|
18
|
All Assays
Received
|
SJTRD-077-24
|
656801
|
9284637
|
212
|
15
|
All Assays
Received
|
SJTRD-078-24
|
656558
|
9284652
|
205
|
18
|
All Assays
Received
|
SJTRD-079-24
|
656567
|
9284653
|
206
|
18
|
All Assays
Received
|
SJTRD-080-24
|
656578
|
9284653
|
205
|
18
|
All Assays
Received
|
SJTRD-081-24
|
656588
|
9284649
|
205
|
18
|
All Assays
Received
|
SJTRD-082-24
|
656604
|
9284655
|
221
|
16
|
All Assays
Received
|
SJTRD-083-24
|
656614
|
9284655
|
221
|
18
|
All Assays
Received
|
SJTRD-084-24
|
656624
|
9284654
|
221
|
18
|
All Assays
Received
|
SJTRD-085-24
|
656634
|
9284654
|
220
|
18
|
All Assays
Received
|
SJTRD-086-24
|
656648
|
9284654
|
220
|
18
|
All Assays
Received
|
SJTRD-087-24
|
656645
|
9284625
|
209
|
15
|
All Assays
Received
|
SJTRD-088-24
|
656625
|
9284600
|
208
|
15
|
All Assays
Received
|
SJTRD-089-24
|
656634
|
9284599
|
208
|
15
|
All Assays
Received
|
SJTRD-090-24
|
656588
|
9284596
|
211
|
15
|
All Assays
Received
|
SJTRD-091-24
|
656577
|
9284597
|
212
|
15
|
All Assays
Received
|
SJTRD-092-24
|
656568
|
9284602
|
223
|
15
|
All Assays
Received
|
SJTRD-093-24
|
656556
|
9284597
|
209
|
15
|
All Assays
Received
|
SJTRD-094-24
|
656711
|
9284454
|
218
|
15
|
All Assays
Received
|
SJTRD-095-24
|
656733
|
9284452
|
219
|
15
|
All Assays
Received
|
SJTRD-096-24
|
656772
|
9284449
|
220
|
15
|
All Assays
Received
|
SJTRD-097-24
|
656797
|
9284441
|
214
|
15
|
All Assays
Received
|
SJTRD-098-24
|
656826
|
9284430
|
209
|
15
|
All Assays
Received
|
SJTRD-099-24
|
656744
|
9284621
|
196
|
15
|
All Assays
Received
|
SJTRD-100-24
|
656702
|
9284607
|
203
|
15
|
All Assays
Received
|
SJTRD-101-24
|
656506
|
9284656
|
209
|
15
|
All Assays
Received
|
SJTRD-102-24
|
656451
|
9284645
|
210
|
15
|
All Assays
Received
|
SJTRD-103-24
|
656452
|
9284600
|
212
|
15
|
All Assays
Received
|
SJTRD-104-24
|
656507
|
9284600
|
210
|
15
|
All Assays
Received
|
SJTRD-105-24
|
656553
|
9284579
|
236
|
15
|
All Assays
Received
|
SJTRD-106-24
|
656496
|
9284557
|
235
|
15
|
All Assays
Received
|
SJTRD-107-24
|
656451
|
9284545
|
223
|
15
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All Assays
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|
SJTRD-108-24
|
656860
|
9284396
|
220
|
15
|
All Assays
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|
SJTRD-109-24
|
656849
|
9284447
|
211
|
15
|
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|
SJTRD-110-24
|
656808
|
9284432
|
215
|
15
|
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|
SJTRD-111-24
|
656798
|
9284438
|
218
|
15
|
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|
SJTRD-112-24
|
656794
|
9284467
|
231
|
15
|
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|
SJTRD-113-24
|
656777
|
9284434
|
212
|
15
|
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|
SJTRD-114-24
|
656744
|
9284432
|
221
|
15
|
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|
SJTRD-115-24
|
656757
|
9284469
|
219
|
15
|
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|
SJTRD-116-24
|
656741
|
9284469
|
204
|
15
|
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|
SJTRD-117-24
|
656727
|
9284431
|
218
|
15
|
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|
SJTRD-118-24
|
656682
|
9284440
|
214
|
15
|
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|
SJTRD-119-24
|
656689
|
9284464
|
213
|
15
|
All Assays
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|
SJTRD-120-24
|
656660
|
9284452
|
208
|
15
|
All Assays
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|
SJTRD-121-24
|
656664
|
9284475
|
206
|
15
|
All Assays
Received
|
SJTRD-122-24
|
656661
|
9284500
|
230
|
15
|
All Assays
Received
|
SJTRD-123-24
|
656665
|
9284541
|
206
|
15
|
All Assays
Received
|
SJTRD-124-24
|
656612
|
9284539
|
210
|
15
|
All Assays
Received
|
SJTRD-125-24
|
656606
|
9284501
|
213
|
15
|
All Assays
Received
|
SJTRD-126-24
|
656612
|
9284449
|
218
|
15
|
All Assays
Received
|
SJTRD-127-24
|
656609
|
9284401
|
227
|
15
|
All Assays
Received
|
SJTRD-128-24
|
656611
|
9284346
|
213
|
15
|
All Assays
Received
|
SJTRD-129-24
|
656606
|
9284296
|
219
|
15
|
All Assays
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|
SJTRD-130-24
|
656558
|
9284298
|
234
|
15
|
All Assays
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|
SJTRD-131-24
|
656510
|
9284301
|
229
|
15
|
All Assays
Received
|
SJTRD-132-24
|
656463
|
9284291
|
219
|
15
|
All Assays
Received
|
SJTRD-133-24
|
656406
|
9284297
|
223
|
15
|
All Assays
Received
|
SJTRD-134-24
|
656359
|
9284294
|
224
|
15
|
All Assays
Received
|
SJTRD-135-24
|
656311
|
9284297
|
215
|
15
|
All Assays
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|
SJTRD-136-24
|
656257
|
9284301
|
265
|
15
|
All Assays
Received
|
SJTRD-137-24
|
656214
|
9284291
|
216
|
15
|
All Assays
Received
|
SJTRD-138-24
|
656659
|
9284298
|
249
|
15
|
All Assays
Received
|
SJTRD-139-24
|
656754
|
9284300
|
220
|
15
|
All Assays
Received
|
SJTRD-140-24
|
656802
|
9284300
|
208
|
15
|
All Assays
Received
|
SJTRD-141-24
|
656835
|
9284295
|
194
|
15
|
All Assays
Received
|
SJTRD-142-24
|
656848
|
9284349
|
217
|
12
|
All Assays
Received
|
SJTRD-143-24
|
656675
|
9284496
|
197
|
15
|
All Assays
Received
|
SJTRD-144-24
|
656705
|
9284503
|
199
|
15
|
All Assays
Received
|
SJTRD-145-24
|
656732
|
9284496
|
213
|
15
|
All Assays
Received
|
SJTRD-146-24
|
656757
|
9284498
|
213
|
15
|
All Assays
Received
|
SJTRD-147-24
|
656772
|
9284498
|
212
|
15
|
All Assays
Received
|
SJTRD-148-24
|
656781
|
9284502
|
198
|
15
|
All Assays
Received
|
SJTRD-149-24
|
656806
|
9284551
|
197
|
15
|
All Assays
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|
SJTRD-150-24
|
656804
|
9284601
|
196
|
15
|
All Assays
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|
SJTRD-151-24
|
656798
|
9284497
|
207
|
15
|
All Assays
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|
SJTRD-152-24
|
656813
|
9284475
|
220
|
15
|
All Assays
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|
SJTRD-153-24
|
656777
|
9284473
|
211
|
15
|
All Assays
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|
SJTRD-154-24
|
656724
|
9284476
|
221
|
15
|
All Assays
Received
|
SJTRD-155-24
|
656698
|
9284475
|
221
|
15
|
All Assays
Received
|
SJTRD-156-24
|
656679
|
9284472
|
220
|
15
|
All Assays
Received
|
SJTRD-157-24
|
656691
|
9284452
|
234
|
15
|
All Assays
Received
|
SJTRD-158-24
|
656697
|
9284426
|
208
|
15
|
All Assays
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|
SJTRD-159-24
|
656670
|
9284425
|
208
|
15
|
All Assays
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|
SJTRD-160-24
|
656649
|
9284429
|
212
|
15
|
All Assays
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|
SJTRD-161-24
|
656647
|
9284406
|
213
|
15
|
All Assays
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|
SJTRD-162-24
|
656670
|
9284404
|
219
|
15
|
All Assays
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|
SJTRD-163-24
|
656689
|
9284404
|
218
|
15
|
All Assays
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|
SJTRD-164-24
|
656715
|
9284404
|
218
|
15
|
All Assays
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|
SJTRD-165-24
|
656771
|
9284401
|
218
|
15
|
All Assays
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|
SJTRD-166-24
|
656799
|
9284404
|
219
|
15
|
All Assays
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|
SJTRD-167-24
|
656796
|
9284346
|
221
|
15
|
All Assays
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|
SJTRD-168-24
|
656748
|
9284350
|
218
|
15
|
All Assays
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|
SJTRD-169-24
|
656697
|
9284350
|
219
|
15
|
All Assays
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|
SJTRD-170-24
|
656649
|
9284349
|
219
|
15
|
All Assays
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|
SJTRD-171-24
|
656550
|
9284350
|
220
|
15
|
All Assays
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|
SJTRD-172-24
|
656498
|
9284350
|
222
|
15
|
All Assays
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|
SJTRD-173-24
|
656500
|
9284250
|
224
|
15
|
All Assays
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|
SJTRD-174-24
|
656547
|
9284250
|
223
|
15
|
All Assays
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|
SJTRD-175-24
|
656612
|
9284250
|
251
|
15
|
All Assays
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|
SJTRD-176-24
|
656651
|
9284251
|
249
|
15
|
All Assays
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|
SJTRD-177-24
|
656696
|
9284252
|
206
|
15
|
All Assays
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|
SJTRD-178-24
|
656743
|
9284249
|
204
|
15
|
All Assays
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|
SJTRD-179-24
|
656795
|
9284248
|
202
|
15
|
All Assays
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|
SJTRD-180-24
|
656848
|
9284251
|
223
|
15
|
All Assays
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|
SJTRD-181-24
|
656841
|
9284197
|
223
|
15
|
All Assays
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|
SJTRD-182-24
|
656795
|
9284199
|
225
|
15
|
All Assays
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|
SJTRD-183-24
|
656733
|
9284202
|
213
|
15
|
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|
SJTRD-184-24
|
656696
|
9284201
|
214
|
15
|
All Assays
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|
SJTRD-185-24
|
656643
|
9284197
|
215
|
15
|
All Assays
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|
SJTRD-186-24
|
656592
|
9284200
|
230
|
15
|
All Assays
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|
SJTRD-187-24
|
656544
|
9284201
|
233
|
15
|
All Assays
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|
SJTRD-188-24
|
656494
|
9284202
|
225
|
15
|
All Assays
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|
SJTRD-189-24
|
656499
|
9284153
|
219
|
15
|
All Assays
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|
SJTRD-190-24
|
656545
|
9284149
|
220
|
15
|
All Assays
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|
SJTRD-191-24
|
656599
|
9284147
|
219
|
15
|
All Assays
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|
SJTRD-192-24
|
656648
|
9284148
|
271
|
15
|
All Assays
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|
SJTRD-193-24
|
656697
|
9284150
|
267
|
15
|
All Assays
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|
SJTRD-194-24
|
656746
|
9284153
|
216
|
15
|
All Assays
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|
SJTRD-195-24
|
656795
|
9284155
|
219
|
15
|
All Assays
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|
SJTRD-196-24
|
656847
|
9284151
|
215
|
15
|
All Assays
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|
SJTRD-197-24
|
656737
|
9284630
|
214
|
18
|
All Assays
Received
|
SJTRD-198-24
|
656754
|
9284632
|
213
|
18
|
All Assays
Received
|
SJTRD-199-24
|
656098
|
9284452
|
207
|
15
|
All Assays
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|
SJTRD-200-24
|
656106
|
9284499
|
208
|
15
|
All Assays
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|
SJTRD-201-24
|
656057
|
9284502
|
222
|
15
|
All Assays
Received
|
SJTRD-202-24
|
656055
|
9284549
|
221
|
15
|
All Assays
Received
|
SJTRD-203-24
|
656110
|
9284545
|
225
|
15
|
All Assays
Received
|
SJTRD-204-24
|
656152
|
9284551
|
219
|
15
|
All Assays
Received
|
SJTRD-205-24
|
656152
|
9284602
|
206
|
15
|
All Assays
Received
|
SJTRD-206-24
|
656102
|
9284604
|
210
|
15
|
All Assays
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|
SJTRD-207-24
|
656057
|
9284600
|
213
|
15
|
All Assays
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|
SJTRD-208-24
|
656054
|
9284646
|
211
|
15
|
All Assays
Received
|
SJTRD-209-24
|
656103
|
9284646
|
202
|
15
|
All Assays
Received
|
SJTRD-210-24
|
656155
|
9284652
|
207
|
15
|
All Assays
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|
SJTRD-211-24
|
656201
|
9284650
|
214
|
15
|
All Assays
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|
SJTRD-212-24
|
656202
|
9284700
|
214
|
15
|
All Assays
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|
SJTRD-213-24
|
656158
|
9284705
|
217
|
15
|
All Assays
Received
|
SJTRD-214-24
|
656106
|
9284699
|
212
|
15
|
All Assays
Received
|
SJTRD-215-24
|
656106
|
9284748
|
212
|
15
|
All Assays
Received
|
SJTRD-216-24
|
656760
|
9284650
|
206
|
18
|
All Assays
Received
|
SJTRD-217-24
|
656738
|
9284653
|
208
|
18
|
All Assays
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|
SJTRD-218-24
|
656715
|
9284655
|
201
|
18
|
All Assays
Received
|
SJTRD-219-24
|
656697
|
9284651
|
201
|
18
|
All Assays
Received
|
SJTRD-220-24
|
656676
|
9284654
|
202
|
18
|
All Assays
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|
SJTRD-221-24
|
656689
|
9284629
|
237
|
18
|
All Assays
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|
SJTRD-222-24
|
656710
|
9284631
|
219
|
18
|
All Assays
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|
SJTRD-223-24
|
656728
|
9284630
|
217
|
18
|
All Assays
Received
|
SJTRD-224-24
|
656779
|
9284633
|
213
|
18
|
All Assays
Received
|
SJTRD-225-24
|
656458
|
9284352
|
223
|
15
|
All Assays
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|
SJTRD-226-24
|
656463
|
9284396
|
227
|
15
|
All Assays
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|
SJTRD-227-24
|
656454
|
9284448
|
224
|
15
|
All Assays
Received
|
SJTRD-228-24
|
656404
|
9284400
|
225
|
15
|
All Assays
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|
SJTRD-229-24
|
656507
|
9284402
|
228
|
15
|
All Assays
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|
SJTRD-230-24
|
657214
|
9283992
|
210
|
15
|
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|
SJTRD-231-24
|
657203
|
9283999
|
211
|
15
|
All Assays
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|
SJTRD-232-24
|
657215
|
9284001
|
211
|
15
|
All Assays
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|
SJTRD-233-24
|
657225
|
9284000
|
210
|
15
|
All Assays
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|
SJTRD-234-24
|
657215
|
9284007
|
210
|
15
|
All Assays
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|
SJTRD-235-24
|
657152
|
9284015
|
206
|
15
|
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|
SJTRD-236-24
|
657144
|
9283999
|
203
|
15
|
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|
SJTRD-237-24
|
657149
|
9283999
|
204
|
15
|
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|
SJTRD-238-24
|
657150
|
9283984
|
204
|
15
|
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|
SJTRD-239-24
|
657382
|
9283672
|
220
|
15
|
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|
SJTRD-240-24
|
657386
|
9283685
|
213
|
15
|
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|
SJTRD-241-24
|
657382
|
9283687
|
211
|
15
|
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|
SJTRD-242-24
|
657394
|
9283693
|
212
|
15
|
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|
SJTRD-243-24
|
657054
|
9283111
|
223
|
15
|
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|
SJTRD-244-24
|
657105
|
9283155
|
223
|
15
|
All Assays
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|
SJTRD-245-24
|
657152
|
9283154
|
214
|
15
|
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|
SJTRD-246-24
|
657196
|
9283159
|
214
|
15
|
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|
SJTRD-247-24
|
657244
|
9283161
|
214
|
15
|
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|
SJTRD-248-24
|
657405
|
9283678
|
229
|
15
|
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|
SJTRD-249-24
|
658498
|
9281151
|
239
|
15
|
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|
SJTRD-250-24
|
658505
|
9281204
|
231
|
15
|
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|
SJTRD-251-24
|
658501
|
9281250
|
230
|
15
|
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|
SJTRD-252-24
|
658499
|
9281295
|
213
|
15
|
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|
SJTRD-253-24
|
656550
|
9284200
|
231
|
15
|
All Assays
Received
|
1. All holes are collared at a vertical hole
angle.
Qualified Person
Paulo Pereira, P. Geo., President
of GoldMining, has supervised the preparation of, and verified and
approved, the scientific and technical information herein this news
release. Mr. Pereira is a Qualified Person as defined in National
Instrument 43-101 – Standards of Disclosure for Mineral Projects
("NI 43-101").
Data Verification
For drill core sampling samples were taken from the NQ/HQ core
by sawing the drill core in half, with one-half sent to SGS Geosol
Laboratórios Ltda. ("SGS") in Brazil for assaying, and the other half
of the core retained at the site for future reference. Sample
lengths downhole were uniformly 1.0
m. For the auger drilling program, samples were collected at
1 m sample intervals, with the
material being dried, homogenized and split in the field to obtain
a 1 kg representative sample which was sent to SGS for analysis.
The remaining auger sample material is stored until the lab results
are received, and a 1 kg sample duplicate is maintained in the
archive.
SGS is a certified commercial laboratory located in Vespasiano,
Minas Gerais, Brazil, and is
independent of GoldMining. GoldMining has implemented a quality
assurance and quality control program for the sampling and analysis
of drill core and auger samples, including duplicates, mineralized
standards and blank samples for each batch of 100 samples. The gold
analyses are completed by FAA505 method (fire-assay with an atomic
absorption finish on 50 grams of material).
About GoldMining Inc.
GoldMining Inc. is a public mineral exploration company focused
on acquiring and developing gold assets in the Americas. Through
its disciplined acquisition strategy, GoldMining now controls a
diversified portfolio of resource-stage gold and gold-copper
projects in Canada, the
U.S.A., Brazil, Colombia, and Peru. The Company also owns approximately 21.5
million shares of Gold Royalty Corp. (NYSE American: GROY), 9.9
million shares of U.S. GoldMining Inc. (Nasdaq: USGO), and 26.7
million shares of NevGold Corp. (TSXV: NAU). See
www.goldmining.com for additional information.
Notice to Readers
Technical disclosure regarding São
Jorge has been prepared by the Company in accordance
with NI 43-101. NI 43-101 is a rule of the Canadian Securities
Administrators which establishes standards for all public
disclosure an issuer makes of scientific and technical information
concerning mineral projects. These standards differ from the
requirements of the U.S. Securities and Exchange Commission ("SEC")
and the scientific and technical information contained in this news
release may not be comparable to similar information disclosed by
domestic United States companies
subject to the SEC's reporting and disclosure requirements.
Cautionary Statement on Forward-looking Statements
Certain of the information contained in this news release
constitutes "forward-looking information" and "forward-looking
statements" within the meaning of applicable Canadian and U.S.
securities laws ("forward-looking statements"), which involve known
and unknown risks, uncertainties and other factors that may cause
the Company's actual results, performance and achievements to be
materially different from the results, performance or achievements
expressed or implied therein. Forward-looking statements, which are
all statements other than statements of historical fact, include,
but are not limited to, statements respecting the Company's
expectations regarding the project and expected work programs
thereat and often contain words such as "anticipate", "intend",
"plan", "will", "would", estimate", "expect", "believe",
"potential" and variations of such terms. Such forward-looking
statements are based on the then-current expectations, beliefs,
assumptions, estimates and forecasts about the business and the
markets in which GoldMining operates, which may prove to be
incorrect. Investors are cautioned that forward-looking statements
involve risks and uncertainties, including, without limitation: the
inherent risks involved in the exploration and development of
mineral properties, fluctuating metal prices, unanticipated costs
and expenses, risks related to government and environmental
regulation, social, permitting and licensing matters, any inability
to complete work programs as expected, the Company's plans with
respect to São Jorge may change as a result of further planning or
otherwise, and uncertainties relating to the availability and
costs of financing needed in the future. These risks, as well as
others, including those set forth in GoldMiningꞌs most recent
Annual Information Form and other filings with Canadian securities
regulators and the SEC, could cause actual results and events to
vary significantly. Accordingly, readers should not place undue
reliance on forward-looking statements. There can be no assurance
that forward-looking statements, or the material factors or
assumptions used to develop such forward-looking statements, will
prove to be accurate. The Company does not undertake to update any
forward-looking statements, except in accordance with applicable
securities law.
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SOURCE GoldMining Inc.