Sign In
Last checked at 
15 Jun 2021 07:00
NOT FOR RELEASE, PUBLICATION OR DISTRIBUTION, IN WHOLE OR IN PART, DIRECTLY OR INDIRECTLY IN OR INTO AUSTRALIA, CANADA, JAPAN, THE REPUBLIC OF SOUTH AFRICA, THE UNITED STATES OR ANY OTHER JURISDICTION WHERE TO DO SO WOULD CONSTITUTE A VIOLATION OF THE RELEVANT LAWS OF SUCH JURISDICTION
FOR IMMEDIATE RELEASE |
|
PANTHER METALS PLC
("Panther" or the "Company")
(Incorporated in the Isle of Man with company number 009753V)
15 June 2021
Completion of Geophysical Data Processing and Initial Targeting
Panther Metals PLC (LSE:PALM) the company focused on mineral exploration in Canada and Australia, is pleased to announce, the completion of data processing from its airborne geophysical programmes on its 100%-owned projects in Western Australia and the Northern Territory.
Darren Hazelwood, Chief Executive Officer, commented:
"The completion of our airborne geophysical programmes in Western Australia and the Northern Territory marked an important point in the development of our Australian portfolio. Going a step further, we have now integrated our high-resolution geophysical data coverage with other open-file data across our regions of operation, providing us with a unique tool for further exploration, enabling contextual exploration targeting across our licence areas. This represents a cornerstone to our exploration strategy, which builds datasets systematically to improve on our ability to complete successful targeting and field follow-up."
Summary of Geophysical Programmes
The 5,867 line-km airborne geophysical survey over the Merolia Gold Project area, in Western Australia, was completed by Thomson Airborne Pty Ltd. The high resolution survey, involving the collection of magnetic, radiometric and elevation data on a 50m line spacing and at a nominal flight altitude of 35m above ground, utilised a conventional fixed-wing platform. This data has been integrated with other regional high-resolution datasets to assist with exploration targeting (Figure 1).
https://www.panthermetals.co.uk/images/2021/06/14/meriola-total-magnetic-intensity.jpg
Figure 1: Geophysical map of the Laverton area, WA, showing the Total Magnetic Intensity (TMI), reduced to pole. This map was produced following the compilation, stitching and processing of all open-file data available for the region and included the high-resolution geophysical data recently obtained by the company over its over its Merolia Project.
The 1,715 line-km airborne geophysical survey over the Annaburroo and Marrakai gold project areas in the Northern Territory was also completed by Thomson Airborne Pty Ltd. The high resolution survey, involving the collection of magnetic, radiometric and elevation data on a 50m line spacing and at a nominal flight altitude of 35m above ground, utilised a conventional fixed-wing platform. This data has been integrated with other regional high-resolution datasets to assist with exploration targeting (Figure 2).
https://www.panthermetals.co.uk/images/2021/06/14/northern-territory-total-magnetic-intensity.jpg
Figure 2: Geophysical map of the Mount Bundey area, NT, showing the Total Magnetic Intensity (TMI), reduced to pole. This map was produced following the compilation, stitching and processing of all open-file data available for the region and included the high-resolution geophysical data recently obtained by the company over its Annaburroo and Marrakai projects.
Panther engaged geophysical consultants, Core Geophysics, to undertake the raw data processing and to stitch the resultant outputs with other regional datasets. The full suite of derivative geophysical data products will be utilised to guide the exploration targeting process, with Panther expecting to mobilise for an initial reverse circulation ("RC") drilling programme to test certain target areas.
Significance of Recent Exploration Results
In parallel with the geophysical survey over the Merolia Project, Panther also completed an extensive auger drill geochemistry programme within tenement E38/3384. This programme covered a large part of the south-eastern extension of the Comet Well Gold trend from which significant gold anomalism in soil was previously identified over at least 2.5km of strike.
Sampling comprised of 827 auger soils holes, with samples analysed by ALS Ionic Leach for gold and 60 other elements. One anomalous gold target in the central area (40 Mile Camp) and one open gold target defined in the north (near Comet Well) were defined. Elements associated with alteration support the gold anomaly with other elements showing negative response, representing a zone of iron depletion.
Importantly, the 40 Mile Camp anomaly is coincident with a series of distinct arcuate geophysical anomalies, which may represent folded units within the Archaen greenstones (Figure 3). Depending on the nature of this structure, this could increase the potential of the 40 Mile Camp geochemical anomaly. The Company is expecting to mobilise a structural geologist to site to assist with the definition and characterisation of this structure.
https://www.panthermetals.co.uk/images/2021/06/14/auger-results-2021-meriola.jpg
Figure 3: Geophysical map of part of the Merolia Project area, WA, showing the First Vertical Derivative of the Total Magnetic Intensity (TMI), reduced to pole. This shows a pronounced target comprising several arcuate anomalies exactly coincident with the 40 Mile Camp geochemical anomaly.
Panther Metals PLC:
Darren Hazelwood, Chief Executive Officer: +44(0) 1462 429 743
+44(0) 7971 957 685
Mitchell Smith, Chief Operating Officer: +1(604) 209 6678
Brokers:
SI Capital Limited
Nick Emerson +44(0) 1438 416 500
Follow the stocks
