The topography gives a clear indication of the presence of...

The topography gives a clear indication of the presence of pegmatites.
The elevation contours (620m,740m,860m) in the map above show the classic size, shape and orientation of
two such structures in the top center-left of 840028/2022, and center-right of 840031/2022.

The geophysics shows a major K-granite in the SE half of 840028/2022, and its goldilocks zone
running WSW-ENE along the crest of the elevated NW area in 840028/2022.
IMO the claims 840027/2022, 840029/2022, and 840030/2022 are also "in the zone".

Although stream sediment samples are reported I might expect that geologists might also
collect a rock or two, maybe even break one. It would be great to see such samples in due course.

Are there out-cropping opportunities ?
Try these coordinates . . .

https://www.bing.com/maps?cp=-7.983279~-37.58398&lvl=20.7&style=h
and ( -7.98693,-37.59055 ), ( -7.99357,-37.58447 ), ( -8.03958,-37.64177 ).

PS: Pegmatites and their fractionated Li payload are formed in the transformation of a mass from liquid to solid.
Subsequent faulting is irrelevant.