SCOTTIE RESOURCES INTERCEPTS 36.3 G/T GOLD OVER 5.0 METRES AT EMERGING D ZONE TARGET

In This Article:

VANCOUVER, BC, Jan. 9, 2024 /CNW/ - Scottie Resources Corp. ("Scottie" or the "Company") (TSXV: SCOT) is pleased to report new assays on its Scottie Gold Mine Project in British Columbia's Golden Triangle, including new high-grade intercepts on its D Zone target. The D Zone is located 200 metres east of the Blueberry Contact, and 1.7 kilometres northeast of the 100% owned and royalty free, past-producing high-grade Scottie Gold Mine, 35 kilometres north of the town of Stewart, BC, along the Granduc Road.

Highlights:

  • Drillhole SR23-286 intersected a high-grade D Zone vein, grading 36.3 grams per tonne (g/t) gold over 5.0 metres (m) including 91.5 g/t gold over 1.07 m (Table 1, Figures 1, 2, 3)

    • Intercept is located approximately 85 m from existing underground workings

    • Intercept is located 220 m east of the Blueberry Contact Zone

  • Drillhole SR23-289 intersected a high-grade D Zone vein running 20.1 g/t gold over 1.00 m (Table 1, Figures 1, 2, 3)

    • Represents >50 metre step-out from the 2022 discovery intercepts of SR22-188 (31.8 g/t gold over 4.00 m) and SR22-182 (6.82 g/t gold over 6.85 m)

    • Mineralization remains open at depth

  • Drillhole SR23-304 intersected a newly identified high-grade D Zone vein running 5.90 g/t gold over 3.00 m (Table 1, Figures 1, 2, 3)

    • New follow-up target for 2024

President and CEO, Brad Rourke commented: "These results from D Zone support our exploration concept of a major structurally controlled mineralizing corridor that is transitional from the Blueberry Contact Zone southwest towards the historic Scottie Gold Mine. Future exploration on the Scottie Project will target additional zones between these high-grade systems. The discovery and expansion of the high-grade D Zone is particularly interesting given its location relative to an existing underground tunnel used by the Scottie Gold Mine for access purposes."

Table 1: Selected results from new drill assays (uncut) from the C and D Zones.

Drill Hole


From
(m)

To
(m)

Width*
(m)

Gold
(g/t)

Silver
(g/t)

Zone

SR23-286


16.00

17.51

1.51

1.72

0

D Zone

SR23-286


23.00

25.00

2.00

1.51

0

D Zone

SR23-286


216.00

221.00

5.00

36.3

16

D Zone

SR23-286

including

219.93

221.00

1.07

91.5

57

D Zone

SR23-287


223.00

226.45

3.45

1.70

7

D Zone

SR23-289


224.70

225.70

1.00

20.10

30

D Zone

SR23-300


75.00

77.00

2.00

2.58

10

C Zone

SR23-303


87.00

88.00

1.00

1.29

3

D Zone

SR23-304


195.00

198.00

3.00

5.90

2

D Zone

*True width of the intervals has not yet been established by drilling

Figure 1: Overview plan view map of the Scottie Gold Mine Project depicting the positioning of the Blueberry Contact Zone and its sulphide-rich cross-structures relative to the C and D Zones and modelled structures in the reported drilling. (CNW Group/Scottie Resources Corp.)
Figure 1: Overview plan view map of the Scottie Gold Mine Project depicting the positioning of the Blueberry Contact Zone and its sulphide-rich cross-structures relative to the C and D Zones and modelled structures in the reported drilling. (CNW Group/Scottie Resources Corp.)

Drilling of the D zone during 2023 was designed around expanding the extent of the newly discovered mineralized structure. Another goal of the drilling was to evaluate the relationship between the cross-cutting sulphide-rich structures at the Blueberry Contact Zone and the mineralization present at C and D Zones. While a gold-rich surface anomaly at D Zone has been know for many years, the 2022 drilling of the D Zone was the first time the gold mineralization was successfully intercepted at depth. The interpretation of the 2022 drilling results at D Zone suggested a possible orientation that was consistent with the regular array of veins present along the Blueberry Contact Zone (Figure 1). Drill results of holes 286, 287, and 289 from 2023 also support this concept, and provide clear targets to extend mineralization at depth and along strike (Figures 2, 3).