Northern Shield Updates Ongoing Exploration at its Shot Rock Gold Project, Nova Scotia
Northern Shield Updates Ongoing Exploration at its
Shot Rock Gold Project, Nova Scotia
OTTAWA, ON, Sept. 8, 2020 /CNW/ - Northern Shield Resources Inc. ("Northern Shield" or the "Company") (TSXV:
NRN) is pleased to update progress on Phase 2 drilling and other exploration activities at its Shot Rock Gold Project
("Shot Rock") in Nova Scotia and Root & Cellar in Newfoundland. The Company is exploring for low sulphidation
epithermal ("LSE") gold mineralization and, has the right to earn an 80% interest in the Shot Rock Property.
Figure 1. Location of all drill-holes completed at Shot Rock to date. Yellow dots represent approximate position of
high-grade intersections from Phase 1; green dots show the location of large intersections of quartz veins and
quartz breccias in drill-holes 20SR-11, 12 and 16. The highest grade so far from Phase 2 which assayed 0.593 g/t
Au over 1 metres (blue dot) was encountered just above a large vein in drill-hole 20SR-12. (CNW Group/Northern
Shield Resources Inc.)
To date, eight diamond drill holes, 20SR-09 through 20SR-16, have been completed in the Phase 2 drilling program
(see Figure 1), totalling just over 2,800 metres. Assays for the first six drill holes, 20SR-09 through 20SR-14, have
been received, including those for a large quartz vein intersected in drill-hole 20SR-11 (please refer to a Company
press release dated July 23, 2020). Similar large intersections of quartz veins and breccias were observed in
subsequent drill holes 20SR-12 and 20SR-16. Quartz veins from holes 20SR-11 and 12 returned anomalous gold
values with a high of 0.52 g/t Au. Assays are pending for the remaining two drill holes, 20SR-15 and 20SR-16.
These large quartz veins coincide with targeted zones of anomalously low magnetic response observed in airborne
magnetic data and interpreted to be regions where trace magnetite has been destroyed by hydrothermal fluids
associated with the mineralizing hot spring system.
Mineral assemblages observed in large veins encountered in Phase 2 drill holes generally share similarities to the
high-grade gold zones intersected in hole 20SR-04 that encountered 2.45 metres of 12.6 g/t Au including 1.0 metre
of 17.3 g/t Au within quartz-adularia veining with electrum (native gold-silver alloy), mineralized veining typical of LSE
deposits. Recent detailed study of subtle textures and alteration assemblages from the vein encountered in hole
20SR-11 suggests that it is possibly above or on the fringe of the prospective boiling zone where higher gold grades
would be expected. The Company therefore plans for more drill testing to test this potential.
"Although the assays from drill-hole SR20-11 did not yield high gold grades, we remain very encouraged
by indications of the presence of a large LSE gold system at depth. We know from our first phase of
drilling that gold grades can increase significantly over short distances, both laterally and vertically. Now
that we are able to identify areas prospective for larger veins from airborne magnetic data, we have to
hone in on the boiling zone where we expect to encounter higher gold grades. Recently, Dr. Quinton
Hennigh with investor Crescat Capital, has advised us on the merits of using controlled-source
audiomagnetotellurics ("CSAMT") to better differentiate areas that may host feeders for the hot spring
system. CSAMT data collection will start imminently and will greatly augment vectoring of future drilling.
We continue to improve our understanding of this exciting new gold system while recognizing that
persistence leads to discovery."
- Northern Shield President and CEO, Ian Bliss
overseen by Christine Vaillancourt, P. Geo., the Company's Chief Geologist and a Qualified Person under National
Instrument 43-101. Samples from both programs were analyzed by ALS Global in Vancouver, BC, for Au by Fire
Assay and multi-elements by four acid digestion and ICP-AES (rock) and for multi-elements including Au by aqua-
regia digestion with ICP-MS (till). All standards and duplicates by ALS Global meet targeted values.
Northern Shield Resources Inc. is a Canadian-based company focused on generating high-quality exploration
programs with experience in many geological terranes. It is known as a leader in executing grass roots exploration
programs using a model driven approach. Seabourne Resources Inc. is a wholly-owned subsidiary of Northern
Shield focussing on epithermal gold and related deposits in Atlantic Canada.
Forward-Looking Statements Advisory
This news release contains statements concerning the exploration plans, results and potential for epithermal gold
deposits, and other mineralization at the Company's Shot Rock property in Nova Scotia, geological, and geometrical
analyses of the properties and comparisons of the properties to known epithermal gold deposits and other
expectations, plans, goals, objectives, assumptions, information or statements about future, conditions, results of
exploration or performance that may constitute forward-looking statements or information under applicable
securities legislation. Such forward-looking statements or information are based on a number of assumptions, which
may prove to be incorrect.
Although Northern Shield believes that the expectations reflected in such forward-looking statements or information
are reasonable, undue reliance should not be placed on forward–looking statements because Northern Shield can
give no assurance that such expectations will prove to be correct. Forward-looking statements or information are
based on current expectations, estimates and projections that involve a number of risks and uncertainties which
could cause actual results to differ materially from those anticipated by Northern Shield and described in the
forward–looking statements or information. These risks and uncertainties include, but are not limited to, risks
associated with geological, geometrical and geophysical interpretation and analysis, the ability of Northern Shield to
obtain financing, equipment, supplies and qualified personnel necessary to carry on exploration and the general risks
and uncertainties involved in mineral exploration and analysis.
The forward-looking statements or information contained in this news release are made as of the date hereof and
Northern Shield undertakes no obligation to update publicly or revise any forward–looking statements or information,
whether as a result of new information, future events or otherwise, unless so required by applicable securities laws.
Neither TSX Venture Exchange nor its Regulation Services Provider (as that term is defined in policies of the TSX
Venture Exchange) accepts responsibility for the adequacy or accuracy of this release.
SOURCE Northern Shield Resources Inc.
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For further information: Northern Shield Resources Inc.: Ian Bliss, President and CEO, Tel.: (613) 232-0459, Fax:
(613) 232-0760, [email protected]
CO: Northern Shield Resources Inc.
CNW 08:30e 08-SEP-20
Update on Root and Cellar
Analytical results from the last two batches of soil samples from the Root and Cellar exploration program are
expected shortly. Once these have been received, the data will be contoured and interpreted with targets prioritized
geophysical surveying followed by drilling. Cursory observations of the data received to date continues to indicate an
extensive "gold in soil" anomaly in the Conquest Zone area and a new target area located north of Conquest that
contains the highest soil anomaly on the property to date (493 ppb Au).
The drilling program at Shot Rock was contracted to Logan Drilling Group based in Stewiacke, Nova Scotia, and is
Through ongoing analysis of infrared data collected from the core, along with other parameters, well-defined
patterns of correlation are beginning to emerge that can then be used to vector drilling towards the boiling zone and
targeted high-grade gold. Results will be combined with a thorough integration and analysis of all structural data,
with the understanding that persistent drilling will be required to vector in on higher-grade gold mineralization.
CSAMT geophysical surveys have been used with great success in identifying deep-seated structures associated
with high-grade feeder zones in many other LSE systems. A CSAMT geophysical survey is planned to commence
as soon as crews become available.