Posted in | Gold | Mining Business

NuLegacy Discovers Important Gold Zone on Red Hill Property

NuLegacy Gold Corporation reports that it has discovered another important gold zone on its 38-square mile (98-square km) flagship Red Hill property in Nevada's Cortez gold-trend, one of the world's premier gold mining jurisdictions.

Hole VIO17-01, drilled into the "VIO" zone, which is over four kilometers west of the Iceberg gold deposits, returned:

  • 33.5 meters (110 feet) of 0.65 grams/t gold and 5.5 grams/t silver starting at 99.2 meters and includes,
  • 9.1 meters (30 feet) of 1.8 grams/t gold and 17.6 grams/t silver.

"The gold encountered in this drill intercept appears to be epithermal-style of gold mineralization, an entirely different deposit type to that of our Carlin-style gold deposits. This is an exciting new development for building potential gold resources at Red Hill," commented James Anderson, NuLegacy's CEO.

The VIO zone's gold mineralization is hosted in mafic to intermediate volcanic flows interpreted to be of Miocene age with the characteristics and geochemistry typical of an epithermal gold system. This contrasts with the several Carlin-type gold systems discovered on the Red Hill property to date that host gold in Devonian carbonates.

Important epithermal gold deposits exist within the Northern Nevada Rift, which crosses the Cortez trend through NuLegacy's Red Hill property. Examples of epithermal mines are the nearby past producing Buckhorn and Mule Canyon gold mines and the currently producing high-grade Fire Creek and Midas gold and silver minesii.

"This new discovery at VIO is almost four kilometers from Iceberg's North zone and is in the western margin of the Northern Nevada Rift as it transects the Red Hill property", said Garrett Frey, NuLegacy Senior Geologist. "The Red Hill is uniquely positioned at the intersection of the Cortez-trend and the Northern Nevada Rift, two of Nevada's richest gold trends. While we've primarily focused on the Red Hill's Carlin-type gold prospects we were cognisant of the possibility of higher-grade epithermal gold mineralization like the nearby Fire Creek and Mule Canyon mines. The discovery at VIO moves this beyond the concept phase."

The VIO drilling was targeted via the completion of a 6-line kilometer CSAMT survey in the heart of the VIO prospect. To compliment this work, 332 soil and rock chip samples were collected:

  • The soil geochemistry survey identified multiple areas with highly anomalous gold values
  • There were numerous rock chip samples with greater than ½ gram/t gold values.

These robust gold values and geochemical anomalies occur proximal to a series of structures identified by the CSAMT and geologic mapping program. These structures are sub-parallel to the north-west/south-east striking Iceberg fault system, which is an important orientation for mineralization in the Cortez trend. Follow-up drilling at VIO will commence after further study of geochemical and geophysical data has helped to determine appropriate drill sites, and those sites have been permitted.

"The application of our 'old school/new school' science by our dynamic exploration team and the resulting 2017 summer wildcat drilling program (65% of the 2017 35,000 ft./40 hole drilling program dedicated to exploring for prospective deposits) has been a resounding success," said NuLegacy's Chairman, Albert Matter, "To date we have added the Avocado, Deep Iceberg, Western Slope, Serena and VIO prospects to our original complement of the North, South and Central Iceberg gold deposits. We now have over ten square km of gold mineralization in the central mineralized zone of the Red Hill property".

Drilling to further define these recent discoveries and expand on the gold content of the Iceberg gold deposit will resume in the fall. Three wildcat holes were also drilled into the Jasperoid Basin area and four into other geophysical and geochemical targets mostly west and southwest of Iceberg's central zone. These holes contained either 'anomalous' gold values or 'no significant gold values'; holes with anomalous values may be followed up on later.


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