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Ashanti Gold Corp.

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Summary

Project:

Kossanto East

Deposit:Gourbassi West
Location:Mali
Commodities:Gold
Date:8/21/2017
Report Code:NI43-101
Report Type:Exploration/Drilling Update
Project Stage:Pursuing Resource Increase/Upgrade
Report details:21-8-2017: Ashanti Gold Corp. announces an Exploration/Drilling Update report for its Gourbassi West deposit at the Kossanto East project. Drilling results incl. 70m @ 0.94g/t Au from 0m. Vancouver, British Columbia--(Newsfile Corp. - August 21, 2017) - A
Resources:(not mentioned in this report)
CP/QP:[Overall Report]: Paul Klipfel (Internal)
ABSTRACT:Vancouver, British Columbia--(Newsfile Corp. - August 21, 2017) - Ashanti Gold Corp. (TSXV: AGZ) ("Ashanti" or the "Company") is pleased to announce results of an additional sixteen drill holes from the recently completed 53 Reverse Circulation ("RC") hole, 6073 metre drill program that tested mineralization on the Kossanto East Project (the "Property") in western Mali (see August 2 and 10, 2017 press releases) (Figure 1). These results are the first from the Gourbassi West target to be reported by Ashanti (previous results were from the Gourbassi East target). Gourbassi West is an important target because it shows gold mineralization along a 1.3 km north-northwest trend up to 80m wide and apparent intersecting northeast-trending lesser zone as indicated by historic drilling and sampling (Figure 2). Gold mineralization at Gourbassi West occurs in silicified volcanic breccia with multi-stage quartz stockwork and veining. Highest grade gold mineralization occurs with the most intensely silicified volcanic breccia. This drill program defined the orientation of the mineralized zone and indicates that it dips moderately west to subvertical (Figures 3 and 4). The strike and dip extents of mineralization are not known. Results suggest that higher grade gold occurs in plunging high-grade sub-zones. The host volcanic breccia is part of an extensive felsic volcanic complex inferred to be near the top of the local greenstone belt sequence, the most common position for large gold deposits to occur in felsic rocks of greenstone belts. Structural controls appear to parallel the Senegal-Mali and Main Transcurrent Shear Zones (Figure 1) as evidenced by the alignment of mineralization parallel to both features.

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