Hi @BlackSteel,
Thank you for your concise and well researched comment, and the opportunity to . . .
1) describe how to use the kmz file, like this . . .
,,,,a) download the kmz file
,,,,b) open Google Earth on your Internet Browser ( https://earth.google.com/web )
,,,,c) click on the blue sphere (top left of landing page), then an (empty?) list of projects will be displayed
,,,,d) from your download directory, drag the kmz file onto the GE web page
,,,,e) click on your new GE Project . . . "PTR at Mulgathing, 18 May 2025"
,,,,f) select the layer "Fly to AOI 1", then "Fly to" it. An image similar to the one in ( HC post ) will be displayed. Done.
2) suggest that you contact PTR to let them know that there is a spelling error in one of the "Project Areas" listed on ( pg 20 of the Quarterly Activities Report for the Period Ended 31 March 2025 )
,,,,EL6855 Mulgathing 178 Petratherm Limited 100%
,,,,Thank you in advance for posting the correct spelling in your next HC post.
3) search Google for the word "tenanament". My search was unsuccessful. Please advise.
4) agree that TiO2 is non-magnetic. Thank you.
The high TiO2 Rock Samples at Mulgathing were taken where TMI RTP is below -120nT.
Now look at the image above (or use the kmz file). You will see about 52 carefully planned, approved, drilled, and assayed(?) Drill Holes that have been drilled into an area where the TMI RTP is above +300nT.
Consider current Drill Hole "25RW011" at -30.14022,134.19014.
It is 65m from Drill Hole "CAR 035" and 3800m from Rock Sample "G01989".
The assay for "CAR 035" showed TiO2 2.45% (2 to 24m, EOH 35m).
The assay for "G01989" showed TiO2 49.4% (at surface).
Does PTR expect to find a steeply dipping non-magnetic ore body within what appears to be a magnetic intrusion. A magnetic intrusion that was subsequently inundated/surrounded by the Eromanga Sea ?
Maybe PTR's expectation will be met,
but probably not.
GLTAH
(20min delay)