Magnetotelluric (MT) data can image the electrical resistivity of the entire lithospheric column
and are therefore one of the most important data sources for understanding the structure …

Cratons have a long history of evolution. In this paper, applications of the magnetotelluric
method used in the study of craton lithosphere over the past 30 years were reviewed …

Abstract From the Mesoproterozoic to Cambrian, Australo-Antarctica was characterised by
tectonic reconfiguration as part of the supercontinents Columbia, Rodinia and Gondwana …

From long‐period magnetotelluric data across the Gawler Craton, we obtain a three‐
dimensional resistivity image of the lithosphere and provide constraints on tectonothermal …

New in situ zircon Lu–Hf isotopic data are presented from magmatic rocks distributed across
the Gawler Craton, Australia. These rocks range in composition from granite to gabbro, with …

Abstract The central Australian Musgrave Province at the junction of the South, North and
West Australian cratons has undergone and continues to retain evidence of significant …

Abstract The Gawler Craton preserves a complex and prolonged tectonic history spanning
the interval c. 3200-1500 Ma. Reworking of Paleoarchean, c. 3400-3250 Ma crust led to the …

Magnetotelluric (MT) models reveal the continental lithosphere to be extremely electrically
complex. In this chapter, I have combined experimental conductivity data on typical …

The correspondence between granulite ultrahigh-temperature (UHT) events with the record
of supercontinent/supercraton formation defines distinct gaps in the geological record where …

Abstract The northern Gawler Craton is buried beneath tens to hundreds of meters of largely
Phanerozoic sediment. Recent drill holes into crystalline basement have recovered gneissic …