Japan Gold Com pletes 2016 Field Program and Compilation of Data on Two Previously Developed High-Grade Gold Vein Targets Fe bruary 9, 2017
TSX-V: JG
Japan Gold Corp.
Suite 3123 – 595 Burrard Street, Vancouver, BC V7X 1J1 Canada
Phone: 604 -609 -6143
www.japangold.com
NEWS RELEASE
Japan Gold Com pletes 2016 Field Program and Compilation of Data on Two Previously
Developed High-Grade Gold Vein Targets
Fe bruary 9, 2017– Vancouver, BC – Japan Gold Corp. (TSX-V: JG) (“Japan Gold” or the “Company”) is
pleased to report that it has completed first-pass regional exploration of its 13,286 hectare Ikutahara Project
(“Ikutahara”) in north Hokkaido, Japan. Ikutahara hosts fifteen historical gold mines and workings (Figure 1). Six
geologists and support teams undertook a nine-week field program from October to December 2016, completing
prospecting, geological mapping, collecting stream sediment and BLEG drainage samples and rock float and
outcrop sampling over the majority of the Ikutahara area. The regional results are being compiled and interpreted
and will be reported in a further news release.
The Company also completed historical data compilation (Note 1) and detailed mapping of two advanced Ikutahara
prospects, which are the areas surrounding the historic Ryuo gold-silver mine and Akebono gold-silver workings.
Results of the Historical Compilation and Detailed Mapping
Ryuo Prospect
The Ryuo mine operated before the Second World War and workings were developed on up to six levels on two
veins, the Jinja and Shouei veins. A number of peripheral veins were also mined nearby. The location of the Ryuo
mine is shown in Figure 1 and the geology of the area surrounding and other identified veins is shown in Figure
2. Workings on the main Jinja vein were developed to approximately 75 m below the surface before the
government imposed mine closure in 1943.
The Metal Mining Agency of Japan (MMAJ), a Japanese Government Agency has published underground
mapping and sampling results completed at the Ryuo mine during the 1950’s (MMAJ, 1990)1. Japan Gold has
compiled this data.
High-grade gold/silver quartz veins were mapped on all four of the lower levels of the Jinja vein system. Chip-
channel samples had been collected at intervals spaced between 0.3 m and 4.7 m along strike of the veins exposed
in the roof (the “backs”) of the levels and assayed for gold and silver. The published MMAJ data indicates
significant high-grade shoots on levels 4, 5 and 6 (Figure 3). These channel samples confirm the potential for
discovery of high grade epithermal gold/silver mineralization at the Ryuo mine.
Highlight results of compilation of SMMC’s sampling include:
Level 4 Horizontal extent of shoot 72 m with average grades 40.8 g/t Au and 168 g/t Ag,
(along strike of the vein)
includes channel samples of 0.4 m at 474 g/t Au and 1607 g/t Ag
0.4 m at 278 g/t Au and 1260 g/t Ag
0.4 m at 165 g/t Au and 1083 g/t Ag
0.5 m at 162 g/t Au and 847 g/t Ag
0.4 m at 169 g/t Au and 835 g/t Ag
0.5 m at 104 g/t Au and 561 g/t Ag
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0.8 m at 34.5 g/t Au and 307 g/t Ag
Level 5 Horizontal extent of shoot 9.0 m with ave rage grades 31 g/t Au and 268 g/t Ag
(along strike of the vein)
includes channel samples of 2.0 m at 86.6 g/t Au and 455 g/t Ag
2.0 m at 29.2 g/t Au and 667 g/t Ag
0.4 m at 100 g/t Au and 224 g/t Ag
4.5 m at 19.4 g/t Au and 46 g/t Ag
1.0 m at 28.4 g/t Au and 564 g/t Ag
2.0 m at 19.4 g/t Au and 111 g/t Ag
Level 5 Horizontal extent of shoot 19.5 m with ave rage grades 10.1 g/t Au and 55 g/t Ag,
(along strike of the vein)
includes channel sample of 0.3 m at 37.8 g/t Au and 120 g/t Ag
Level 5 Horizontal extent of shoot 22.5 m with ave rage grades 9.3 g/t Au and 98 g/t Ag,
(along strike of the vein)
includes channel samples of 0.4 m @ 22.8 g/t Au and 291 g/t Ag
Level 6 Horizontal extent of shoot 7.8 m with ave rage grades 8.3 g/t Au and 51 g/t Ag,
(along strike of the vein)
Level 6 Horizontal extent of shoot 11.7 m with ave rage grades 5.2 g/t Au and 24 g/t Ag,
(along strike of the vein)
includes channel sample of 1.6 m at 22.8 g/t Au and 59 g/t Ag
The Company has calculated a verage grades of gold and silver along horizontal strike extent of the shoots by
width-weighted averaging sample intervals of all channel samples across the vein.
Japan Gold mapping at Ryuo has identified a 1,000 m by 400 m zoned alteration system comprising clay alteration
enclosing a NE-SW oriented zone of silicified rhyolitic volcaniclastic rocks hosting hydrothermal breccias and
gold-silver bearing quartz veins (Figure 2). No previous modern exploration or drilling has been undertaken in the
area. Japan Gold plans to drill at Ryuo during 1st half 2017.
Akebono Prospect
The location of the Akebono workings is shown in Figure 1. Historical underground exploration development
commenced on the Akebono vein in the late 1930's but was also terminated by 1943 with the government imposed
cessation of gold mining activities throughout Japan. The known workings consist of two 120 m long drives and
several winzes sunk to a vertical depth of approximately 100 m. These were developed on a moderate to steeply
dipping, 0.5 to 4 m wide epithermal gold-silver bearing quartz vein, Figure 4.
The main Akebono vein trends ENE-WSW and Japan Gold’s recent prospect mapping has shown that along its
strike, banded and bladed textured quartz-chalcedony veins up to 4 m wide crop out over a 600m long NE-SW
trend that is open in both directions along trend.
First pass rock samples collected by the Company have returned encouraging gold and silver results up to 20.7 g/t
Au and 290 g/t Ag from vein float. Detailed mapping will re-commence when the snow clears in April with the
objective of delineating the extent of mineralization.
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The MMAJ report (MMAJ, 1990)1 indicates that the Akebono workings were re-opened during the 1960's and
systematic sampling was completed within the two exploration drives. The MMAJ data has been compiled and
plotted by Japan Gold. These results are shown in Figure 4. High-grade gold-silver mineralization is noted on both
levels sampled and in a vertical shaft beneath Level 2 and gives best intervals of:
Level 1 channel samples of 1.02 m @ 24.3 g/t Au and 450 g/t Ag
0.98 m @ 15.2 g/t Au and 649 g/t Ag
Level 2 channel samples of 1.0 m @ 49.5 g/t Au and 261 g/t Ag
1.0 m @ 22.8 g/t Au and 2050 g/t Ag
0.75 m @ 25.5 g/t Au and 995 g/t Ag
0.65 m @ 91.5 g/t Au and 4891 g/t Ag
0.65 m @ 72.3 g/t Au and 7406 g/t Ag
0.65 m @ 57.0 g/t Au and 4940 g/t Ag
Vertical Shaft beneath Level 2 1.2 m @ 446 g/t Au and 376 g/t Ag
channel samples of 1.3 m @ 35.1 g/t Au and 319 g/t Ag
1.3 m @ 25.8 g/t Au and 157 g/t Ag
1.3 m @ 25.5 g/t Au and 436 g/t Ag
The spectacular high gold and silver grades reported and vein widths mapped up to 4 m in width in the field show
that the area around the Akebono workings, which has had no modern day exploration, has great potential for
further high grade discoveries. Detailed exploration and testing drill targets at Akebono is one of Japan Gold’s
priorities for 2017.
John Proust, Japan Gold Chairman & CEO commented “Ryuo and Akebono are two of the fifteen historic mines
and workings reported within the project area that were mostly mined between the early 1920’s to the government
imposed closure of gold mines in 1943. The scale and gold-silver grade of these epithermal prospects supported
by the historical data from underground workings is very encouraging at this early stage of our work and
mineralization appears to be open at depth and along strike. Going forward we plan further detailed prospect
mapping over priority targets throughout the 2017 field season. We look forward to drill testing both Ryuo and
Akebono in 2017.”
Ikutahara Project Overview
Ikutahara comprises 38 Prospecting Rights Application blocks covering an area of 13,286 ha underlain by
prospective Miocene-Pliocene age volcano-sedimentary rocks and older meta-sedimentary basement rocks.
Multiple gold-silver and mercury prospects including fifteen documented mines and workings are located within
the project area and the majority comprise epithermal veins, with other hot spring related features such as
hydrothermal breccias and silica sinters.
The prospects were discovered and intermittently mined between 1910 and 1943. Gold mining in Japan was
suspended 1943 under a government regulation aimed at focusing resources to more strategic commodities during
World War II. Many of the historic workings that were active in the area stopped in ore and never reopened. The
project area has seen only minor exploration since that time.
The most significant historic gold production in Japan Gold’s Ikutahara project came from the Kitano-o mine
(1924-43), reported to have produced 96,4502 ounces of gold from mining of gold-bearing eluvium associated
with sinter deposits and sub-sinter epithermal veins within rhyolitic volcanic rocks. Within the central part of the
project area the Kitano-o, Showa and Ikutahara mines represent a unique style of ‘high-level’ gold mineralization.
Sinter deposits generally represent the surface expression or outflow of epithermal vein systems developing at
depth. The Company will be exploring for such vein zones that may lay at depth beneath these high-level deposits;
and depth and strike extensions of the numerous other vein targets.
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Reference
1 Metal Mining Agency of Japan, March 1990, Geological Survey Report for Fiscal Year 1989, Northern
Hokkaido Area B - Metalliferous Deposits Overview.
2 Garwin, Hall, Watanabe, 2005. Tectonic Setting, Geology, and Gold and Copper Mineralization in Cenozoic
Magmatic Arcs of Southeast Asia and the West Pacific, Economic Geology 100th Anniversary Volume pp. 891–
930
Note 1
The Company’s compilation has been based on data published by the MMAJ and the Company has not
resampled the underground workings or re-assayed samples. The MMAJ report does not refer to QA/QC
protocols followed historically.
On behalf of the Board of Japan Gold Corp.
“John Proust ”
Chairman & CEO
About Japan Gold Corp.
Japan Gold Corp. is a Canadian mineral exploration company focused solely on gold and copper-gold exploration
in Japan. The Company has applied for 115 prospecting rights licenses in northern Japan for a combined area of
38,375 hectares over nine separate projects. The applications cover areas with known gold occurrences and a
history of mining, and are prospective for both high-grade epithermal gold mineralization and gold-bearing
lithocaps, which could indicate the presence of porphyry mineralization. Japan Gold’s leadership team has decades
of resource industry and business experience, and the Company has recruited geologists and technical advisors
with experience exploring and operating in Japan. Low -impact surface exploration is underway, with the
expectation of applying for drilling permits in early 2017. More information is available at www.japangold.com
or by email at [email protected].
Japan Gold Contacts
John Proust
Chairman & CEO
Phone: 604-609-6143
Email: [email protected]
Cautionary Note
Neither the TSX Venture Exchange nor its Regulation Services Provider (as such term is defined in the policies of
the TSX Venture Exchange) accepts responsibility for the adequacy or accuracy of this release.
This news release contains forward -looking statements relating to expected or anticipated future events and
anticipated results tha t are forward -looking in nature and, as a result, are subject to certain risks and
uncertainties, such as general economic, market and business conditions, competition for qualified staff, the
regulatory process and actions, technical issues, new legislation, uncertainties resulting from potential delays or
changes in plans, uncertainties resulting from working in a new political jurisdiction, uncertainties regarding the
results of exploration, uncertainties regarding the timing and granting of prospecting rights, uncertainties
regarding the Company’s ability to execute and implement future plans, and the occurrence of unexpected events.
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Actual results achieved may vary from the information provided herein as a result of numerous known and
unknown risks and uncertainties and other factors.
The technical information in this news release has been reviewed by Japan Gold’s President & Chief Operating
Officer, Dr. Mike Andrews, PhD, FAusIMM, who is a Qualified Person as defined by National Instrument 43-101.
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