Ann: RIU Explorers Conference Presentation, page-4

Around 1:42 in the video above WR mentions the eastern targets and EIS co-funded drilling planned for April.

Going east of Mawson requires avoiding sand ridges for environmental and cultural reasons. Below are some rough options how this might be accomplished.


E-W sand dunes becoming more complex in the east but fortunately does not appear to impact the access out to Perce and Wordie to much especially if the gaps visible on Google Earth are real.

Zooming in on Wordie

Access to here looks OK from the west but probably split NS by dunes making one set of access - probably.

Perce

Bit tricky but fortunately there is a probable gap that should give access to the gravity high areas in the north.

Access on Geophysics
Gravity


On magnetics


The 30+-Kms out to Mawson took less than 5 days - estimate from sentinel images last year. The crew mentioned there is very limited vegetation, slightly rocky to shallow subcrop, and generally flat. Going east into sand dune country appears OK along the swales (valleys between dunes) but they will find out.

Comparing Magnetic and Gravity images.
Fun for the geophysicists which I am certainly not. DYOR on the comments below.

Perce Gravity only with only a hint of marginal magnetic highs. E/SE mag low linear feature = fault? not obviously reflected in gravity. 6 milligal gravity anomaly is apparently very high. Lack of magnetics suggests hematite alteration or a non magnetic intrusive - Will be interesting to see what comes from drilling which may need to go through a significant amount of cover in a local basin.

Wordie is a circular gravity feature which is not readily visible in magnetics except to the south. The mag low (NW-SE) on the west side is present in both data sets - apparent anyway.
An ENE-WSW linear feature is present in the gravity but not obvious in magnetics.

Mawson? Perhaps more like the western Pachapadra area of WA1 and the large anomaly north of Green/Emily/Luni. The magnetics hints at a gneissic fabric. There is an absence of lows and only marginal faulting to the N and S.