The extract below is from Post #: 41511385 on 19 Nov 2019,...

The extract below is from Post #: 41511385 on 19 Nov 2019, Goldy. This really held out great hopes because they were basing this on a process which is up-to-date and allows you to pinpoint targets with great confidence.

It is likely that there is something there but it could also be very deep. Just hope they go back to the drawing board and update their analysis and come up with one more drill hole that is successful.

"Importantly, the MT resistivity inversion shows a distinct hole in the inversion surface. This
depression in the inversion surface reflects the position of the conductive MT anomaly
which clearly intersects the gravity anomaly. The conductive feature, or flare, was
previously identified in regional data acquired by both Geoscience Australia through their
AusLAMP initiative and Investigator (as reported to the ASX on 24 July 2018) and is
interpreted as representing a conductive, mineralised fluid flow pathway originating from
the upper mantle.
The recent infill MT surveying, which incorporated both Audio-MT and Broadband-MT
stations has narrowed the radius of the MT conductive feature from an approximately 6 km
to 2km.

Figure 2, below, depicts a cross-section across the Maslins anomaly showing the interpreted
MT resistivity inversion surfaces (750ohm m) in blue and the residual gravity surfaces in
brown. Planned 1,000m length drill holes are shown piercing the target at an interpreted
depth of between 600m and 800m below surface and are directed towards the MT
conductive feature."