Announcement Date: | 2023-04-03 |
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Announcement Type: | Drilling Results |
Announcement Code: | NI43-101 |
Company name: | Southern Silver Exploration Corp. |
Project name: | Oro |
Location: | United States |
Commodities: | Silver,Copper,Molybdenum |
Highlight: | Drilling results incl. 427.2m at 0.08% Cu, 0.01% Mo, 1.4g/t Ag from 578.6m |
Resources: | only available to subscribers |
CP/QP: | only available to subscribers |
Announcement summary: | Vancouver, British Columbia–(Newsfile Corp. – April 3, 2023) – Southern Silver Exploration Corp. (TSXV: SSV) (“Southern Silver” and the “Company”) reports that it has received assay results from the final two core holes of its 4,050-metre, 2022 drilling program at its wholly owned Oro property, located in the Laramide-age, porphyry copper belt in southwestern New Mexico, USA. Hole OR22-012 tested a strong ZTEM geophysical anomaly in an area believed to be relatively high in the metal system and where Cretaceous-age carbonate host rocks were expected to lie at relatively shallow depths beneath Laramide-age andesite volcanic rocks. The hole intersected veins with strongly anomalous gold (12.4 g/t over 0.8 metres at 495.7 metres depth)* in a banded anhydrite+pyrite+calcite breccia vein and, deeper in the hole, intersected anomalous silver and lead (908 g/t Ag and 10.4% Pb over 0.2 metres at 594.6 metres depth) in a barite+galena vein, consistent with expected metal zoning. Favourable carbonate host rocks were intersected with abundant sulfide minerals below a 6-metre-thick massive anhydrite vein at roughly 590-metres depth. The 427.2- metres interval from 578.6 to 1,005.8 metres averages 0.15% CuEq (0.08% Cu, 0.01% Mo, and 1.4g/t Ag), with variable mineralization continuing to the end of the hole at 1,006 metres depth. The strongest mineralization is 9.1 metres of 0.59% Cu, 0.01% Mo, 0.3 g/t Au, and 2.3g/t Ag (0.92% CuEq) from 834.5 to 843.7 metres in a carbonate replacement zone with abundant magnetite, specular hematite, and epidote with minor pyrite, calcite, and anhydrite. Dikes ranging from unaltered to strongly altered are common throughout the hole. |
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