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Quaterra Resources Announces Positive Assay Results at MacArthur Copper Project, Nevada and Potential for Resource Expansion

·6 min read

Vancouver, British Columbia--(Newsfile Corp. - October 6, 2021) - Quaterra Resources Inc. (TSXV: QTA) (OTCQB: QTRRF) (the "Company") today announced positive results from a ten-hole core drilling program totaling 5,147 feet (1,569 meters) that was recently completed. The ten-hole program was designed to assess the likelihood that further drilling would upgrade portions of the resource from Inferred to Indicated and expand the overall size of the current resource. Mr. Travis Naugle, CEO states, "We believe that additional drilling could accomplish these exciting objectives." These results are further discussed below and outlined in Table 1 below.

Three holes (QM-319, QM-320, and QM-328) were drilled on the north to northwestern edge of the current resource. Each hole intersected oxide and chalcocite mineralization. Significant intercepts include drill hole QM-320 (31.1 m @ 0.58% Cu, including 22.6 m @ 0.70% Cu); QM-328 (23.5 m @ 0.44% Cu); and QM-319 (10.8 m @ 0.14% Cu). Each drill hole contains additional acid soluble copper intercept (Table 1).

Holes QM-326 and QM-327, drilled on the southern edge of the current oxide resource (Figure 1), each intersected near surface oxide mineralization. Significant intercepts include 6.7 m @ 0.27% Cu and 7.3 m @ 0.70% copper from QM-326 and QM-327, respectively. Both holes also indicate the potential for additional oxide resource expansion to the south and southeast (Figure 2).

Drill holes QM-321 and QM-322 were drilled on the south/southeastern edge of the current oxide resource. Both drill holes intersected near surface oxide mineralization; QM-321 intersected 13.7 m @ 0.17% copper and QM-322 intersected 31.1 m @ 0.11% Cu. Both drill holes also indicate the potential for an additional oxide resource to the south. In addition, QM-322 was collared on a legacy MacArthur sub-grade stockpile, from which 12.3 m @ 0.13% copper was identified. The MacArthur sub-grade stockpile has not previously been sampled but based on these results, the Company may consider evaluating it for additional resource potential.

It is expected that the above results could increase the resource (Figure 2) and upgrade a portion of the current resource from inferred to measured/indicated status. The MacArthur resource estimate is in the process of being updated by Independent Mining Consultants (IMC); it is expected to be completed before the end of 2021.

Two additional drill holes (QM-323 and QM-324) were drilled to explore for additional oxide resource farther east and infill from previous oxide intercepts in this area. Each drill hole identified short, scattered oxide intercepts, and identified additional chalcocite and chalcopyrite mineralization. QM-323 includes 24.4 m @ 0.20% copper in the form of chalcopyrite and QM-324 includes 9.8 m @ 0.39% copper in the form of chalcocite and chalcopyrite. Please see Table 1 for additional intercepts. The potential for additional drilling in this area is under further evaluation.

Drill holes QM-319 and QM-320 were drilled to depths of 243.8 m and 362.3 m, respectively, to test under-drilled induced polarization geophysical anomalies. Both drill holes intersected zones of primary mineralization, occurring as wispy quartz-sericite-biotite-sulfide veinlets/vein haloes, which are commonly associated with porphyry-style mineralization in the Yerington District. These two drill holes provide important guidance for primary sulfide drilling in future programs.

TABLE 1. SIGNIFICANT INTERCEPTS

Drill Hole

From
(feet)

To
(feet)

Interval
(feet)

Interval
(meters)

%
TCu

Mineralization
Type

HOLE QM-319

136

171.5

35.5

10.8

0.14

oxide

221

269

48

14.6

0.13

chalcocite

HOLE QM-320

62

115

53

16.2

0.17

oxide

203.5

241

37.5

11.4

0.29

oxide & chalcocite

272

378.5

106.5

32.5

0.58

oxide & chalcocite

includes

301

375

74

22.6

0.70

oxide & chalcocite

955

1027

72

21.9

0.11

chalcopyrite

HOLE QM-321

50

95

45

13.7

0.17

oxide

135.5

166.5

31

9.4

0.19

oxide

HOLE QM-322

11.5

40.5

29

8.8

0.13

MacArthur dump oxide

338

450

112

34.1

0.11

oxide

HOLE QM-323

255

272.6

17.6

5.4

0.32

chalcopyrite

332.5

343.5

11

3.4

0.24

chalcopyrite

353.5

376

22.5

6.9

0.11

chalcopyrite

399

479

80

24.4

0.20

chalcopyrite

HOLE QM-324

218

250

32

9.8

0.39

chalcocite & chalcopyrite

264.5

275

10.5

3.2

0.20

chalcocite

HOLE QM-326

17

39

22

6.7

0.27

oxide

159

190.5

31.5

9.6

0.11

oxide

312

327.5

15.5

4.7

0.19

chalcopyrite

364

375

11

3.4

0.19

chalcopyrite

HOLE QM-327

18.5

42.5

24

7.3

0.70

oxide

96

128.5

32.5

9.9

0.13

oxide

234.5

260

25.5

7.8

0.22

oxide

HOLE QM-328

194

271

77

23.5

0.44

chalcocite

*Drill intercepts are based on actual core lengths and may not reflect the true width of mineralization



Figure 1, Plan Map

To view an enhanced version of Figure 1, please visit:
https://orders.newsfilecorp.com/files/1020/98721_Figure%201%20Plan%20Map.jpg



Figure 2, Section 1

To view an enhanced version of Figure 2, please visit:
https://orders.newsfilecorp.com/files/1020/98721_Figure%202%20Section1.jpg

Quality Assurance and Control

All drilling described is from core, contracted to National EWP, Elko, Nevada. Core samples were either sawed or split by SPS personnel in Yerington, Nevada and shipped to Skyline Assayers and Laboratories in Tucson, Arizona for sample preparation. Copper analyses were assayed using their "SEA-Cu" (total copper) "SEACuSEQ" (sequential copper leach) procedure with a 50 ppm detection limit. Commercially prepared standards and blanks are inserted by SPS at 50-foot intervals to insure precision of results as a quality control measure. SPS has a chain of custody program to ensure sample security during all stages of sample collection, cutting, shipping, and storage.

Technical information in this news release was approved by Thomas Patton, Chairman to the Company and a qualified person as defined in NI 43-101.

About Quaterra Resources Inc.

Quaterra Resources Inc. is a copper-gold exploration company focused on projects with the potential to host large-scale mineral deposits attractive to major mining companies. It is advancing its Yerington copper project in the historic Yerington Copper District, Nevada and continues to investigate opportunities to acquire prospects in North America on reasonable terms and the partnerships with which to advance them.

On behalf of the Board of Directors,

Stephen Goodman,
President, Quaterra Resources Inc.

For more information please contact:

Karen Robertson
Corporate Communications
778-898-0057

Email: info@quaterra.com
Website: www.quaterra.com

Disclosure note:

Some statements in this news release are forward-looking statements under applicable United States and Canadian laws. These statements are subject to risks and uncertainties which may cause results to differ materially from those expressed in the forward-looking statements. Readers are cautioned not to place undue reliance on forward-looking statements, which speak only as of the date thereof. The Company does not undertake to update any forward-looking statement that may be made from time to time except in accordance with applicable securities laws.

Neither TSX Venture Exchange nor its Regulation Services Provider (as that term is defined in policies of the TSX Venture Exchange) accepts responsibility for the adequacy or accuracy of this release.

To view the source version of this press release, please visit https://www.newsfilecorp.com/release/98721