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Seabridge Gold Continues to Expand Snip North Deposit
Toronto, Ontario--(Newsfile Corp. - December 10, 2025) - Seabridge Gold (TSX: SEA) (NYSE: SA) today announced further results from 2025 drilling on the Snip ...
About this update from Seabridge Gold Inc
[{"type":"text","content":"Toronto, Ontario--(Newsfile Corp. - December 10, 2025) - Seabridge Gold (TSX: SEA) (NYSE: SA) today announced further results from 2025 drilling on the Snip North Deposit at the 100% owned Iskut project. Each hole intersected wide intervals of consistent and continuous gold and copper grade that continue to show a large and robust Porphyry Cu-Au system. Mineralization is now defined over a strike length of 2,100 meters, 600 meters of dip projection and up to 700 meters in width.","length":483,"tagName":"p"},{"type":"text","content":"Seabridge Gold Chair and CEO Rudi Fronk commented: "Snip North continues to evolve as a large porphyry mineral system. Intensity and scale of the deposit give us confidence that a significant maiden resource estimate can be achieved in early 2026. While drilling has recently concluded, we continue to receive new assays and advance our modeling. The limits of mineralization have not yet been defined, remaining open at depth to the northwest and along strike to the north and west. We also believe we have the potential to find a higher-grade intrusive source as indicated by the outstanding results from holes SN-25-25 and SN-25-30". See News Release of September 15, 2025 here.","length":691,"tagName":"p"},{"type":"text","content":"Gold and copper mineralization is largely confined to a broad and intense zone of potassic alteration hosted by Triassic Stuhini sedimentary and volcanic rocks, characterized by hydrothermal biotite and magnetite, with quartz-sulfide-biotite veins. To the west, this potassic domain is overprinted by intense quartz-sericite-pyrite alteration with quartz-sulfide-sericite veins. Replacement style mineralization is observed throughout the system, confined to bedded intervals and associated with intense sulfide and magnetite substitution of the rock mass.","length":556,"tagName":"p"},{"type":"text","content":"Holes SN-25-31, SN-25-32, SN-25-33, SN-25-34, SN-25-35, SN-25-36, SN-25-37, SN-25-39, SN-25-41 and SN-25-42 are all collared on the east and central part of the Snip North deposit. They are designed to infill and characterize potassic alteration and replacement mineralization. The eastern-most drill holes encountered intense potassic alteration with biotite and quartz-sulfide-biotite veins at the surface. In the central part of the deposit drill holes collared in alte...