공시 • Jun 04
Etruscus Resources Corp. Provides Exploration Update on Rock & Roll Property Following Seabridge Gold's Snip North Resource
Etruscus Resources Corp. has provided an exploration update regarding its 100%-owned Rock & Roll Property located in the Golden Triangle region of northwestern British Columbia. The update follows the recent maiden mineral resource estimate announced by neighbouring operator Seabridge Gold Inc. for its Snip North deposit, part of the Bronson Corridor Project located immediately southeast of Rock & Roll. Seabridge reported an inferred mineral resource at Snip North totaling 9,200,000 ounces of gold, 28,300,000 ounces of silver, and 923,000,000 pounds of copper hosted within altered sedimentary and volcaniclastic rocks of the Triassic Stuhini Group and interpreted as part of a bulk-tonnage magmatic-hydrothermal copper-gold porphyry system. The Bronson Corridor has been recognized for more than a decade as a significant structurally controlled and mineralized belt within the Iskut region, historically interpreted to terminate south of the Iskut River at the past-producing Snip and Johnny Mountain gold mines. The discovery and subsequent delineation of the Snip North deposit north of the Iskut River, suggests the mineralized corridor may extend farther northwest than previously recognized. Rock & Roll is situated along the interpreted northwest continuation of this trend and shares the same Stuhini Group volcano-sedimentary host rocks associated with mineralization at Snip North. The evolving geological interpretation at Snip North has important implications for exploration across Rock & Roll. Despite extensive historical exploration in the region, Snip North was not initially recognized as a significant porphyry-related system, highlighting the potential for significant mineralized systems to remain concealed beneath subtle or distal surface expressions. Several targets at Rock & Roll exhibit characteristics consistent with intrusive-related hydrothermal systems and may represent distal or upper-level expressions of porphyry mineralization, including: Blackdog Deposit – hosts stratabound sulphide mineralization historically interpreted as VMS-style mineralization, but which may share similarities with stratabound mineralization associated with the Snip North hydrothermal system; Kashmir – exhibits porphyry-style alteration and a broad footprint of anomalous copper, gold, and molybdenum mineralization, including rock samples grading up to 5,970 ppm Cu, 51.3 g/t Au, and 0.86% Mo; Heather – hosts a 1.0 km by 0.6 km Au-Cu-Mo soil anomaly and gold-silver epithermal veins associated with two induced polarization chargeability anomalies exceeding 25 mV/V; Stardust – characterized by an extensive quartz-sericite-pyrite alteration system coincident with magnetic, resistivity, and chargeability anomalies; Zappa – exhibits porphyry-style alteration and mineralization identified through drilling, including a 600 m by 300 m chargeability anomaly extending to surface beneath a 1.1 km long and 250 m wide quartz-sericite-pyrite alteration footprint; North Gossan – characterized by two 400 m long and 5 m wide quartz-sericite-pyrite alteration zones associated with anomalous gold geochemistry; and Hammer – hosts magnetite-chalcopyrite skarn mineralization, including rock samples grading up to 8.3% Cu, and is associated with a 300 m-wide magnetic-high anomaly that may indicate proximity to an intrusive source. Collectively, these targets represent a broad spectrum of mineralization styles and alteration systems commonly associated with porphyry environments, including epithermal veining, skarn mineralization, stratabound sulphide replacement, extensive quartz-sericite-pyrite alteration, and porphyry-style geochemical and geophysical signatures. While each target remains at a different stage of exploration, their distribution along the interpreted northwest continuation of the Bronson Corridor warrants systematic re-evaluation within the context of the evolving geological model emerging from Snip North. The recognition of Snip North as a large, concealed porphyry-related system demonstrates that significant mineralized centres can remain undiscovered despite extensive historical exploration. This supports the application of modern geological interpretation and deep-penetrating geophysical techniques to evaluate the potential for additional porphyry-related systems across the Rock & Roll Property. The advancement of the Snip North deposit provides an important geological framework for evaluating the exploration potential of the Rock & Roll Property. In particular, the recognition of Snip North as a large porphyry-related system with relatively subtle surface expression highlights the importance of reassessing historical datasets for indicators of concealed mineralization. Etruscus has initiated a comprehensive compilation and review of historical geological, geochemical, geophysical, and drilling data across the Property. The objective of this work is to evaluate existing targets within a district-scale geological framework and identify characteristics that may indicate the presence of concealed intrusive centres and associated hydrothermal systems. Following completion of the review, the Company expects to prioritize target areas for additional geophysical investigation. Airborne and ground-based surveys, including ZTEM and Magnetotelluric methods, are being evaluated to identify resistivity, conductivity, and magnetic signatures that may be associated with concealed porphyry systems. Attention will be directed toward areas with limited historical deep-penetrating geophysical coverage, including portions of the Property adjacent to the interpreted northwest continuation of the Bronson Corridor.