Golden Goliath Reports Interpretation of Geophysics at the Manicouagan Project is Completed

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Vancouver, British Columbia--(Newsfile Corp. - February 15, 2024) - Golden Goliath Resources Ltd. (TSXV: GNG) (OTC Pink: GGTHF) (FSE: GGZA) is pleased to report that the combined interpretation of their radiometric and drone magnetic surveys on their Ernest and Victory 21 properties near the Manicouagan impact crater in central Quebec has now been completed.



Figure 1: Manicouagan Project

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Golden Goliath's Manicouagan Project consists of four properties covering anomalous Rare Earth Element occurrences just to the south of the Manicouagan impact crater in central Quebec. The initial program consisted of geology and geochemistry to identify the source of lake sediment anomalies and to assess previous anomalous rock samples on all four properties. In addition to this work a ground radiometric survey was conducted on the Ernest and Victory 21 properties. In December, the Company augmented this data with a low-level drone Magnetic survey. The drone mag survey data was recently received and has now been interpreted in light of the radiometric data.

The meshed interpretation of the drone mag and radiometric data was done by geophysicist Jean Hubert Eng who also did the original radiometric interpretation.

Figure 2 presents the Ernest radiometric map with overlaid Total Magnetic Intensity contours, and principal and secondary anomalies (red dots). The combined data plot shows similarities in orientations between measured attitudes of pegmatitic dykes (strike/dip symbols), and broad trends in the radiometric product (anomalism + high background zones) which are highlighted by the white ellipses. This may suggest a common array of geometric controls. Additionally, a generic, large-scale spatial correlation between the radiometric features and the marginal zones, particularly the south margins, of the magnetic features further suggests potential for radiometric target distribution to be controlled by lithological contacts, potentially for rheological reasons. (see Figure 2). First and second vertical Mag derivatives were also compiled in a similar matter.

The targets appear to be large with significant lateral continuity. In early June the company intends to conduct a program to ground truth the anomalies and interpreted trends with a program of stripping and systematic sampling in order to identify drill targets. This combined interpretation will aid this effort.



Figure 2: Radiometric anomalies overlain on detailed magnetics. White ellipses show key trends.