Sedimentary pyrite formed in the water column, or during diagenesis in organic muds,
provides an accessible proxy for seawater chemistry in the marine rock record. Except for …

The western two-thirds of Australia is underlain by Precambrian rocks that are divisible into
three Archean to Paleoproterozoic cratons, the West Australian, North Australian and South …

Abstract The North Australian Craton is a significant crustal element of the Australian
continent. In this review, we focus on the internal architecture of the North Australian Craton …

The Jamon granite is representative of the Lower Proterozoic (1.88 Ga) oxidized A-type
granites of the eastern part of the Amazonian craton. The dominant facies is a metaluminous …

Australian Proterozoic rocks host significant mineral resources, some of which are amongst
the largest in the world with about 50% of the value of Australian mineral production from …

Publisher Summary Potassium-rich granite, contrary to some opinions expressed in the past
is a widespread and voluminous constituent of Archean cratons. Some of the granite occurs …

The concentrations of trace elements in apatite from granitoid rocks of the Mt Isa Inlier have
been investigated using the laser‐ablation inductively coupled plasma‐mass spectrometry …

Surface wave tomography for Australian crustal structure has been carried out using group
velocity measurements in the period range 1–32 s extracted from stacked correlations of …

Available surface heat-flow measurements from Australian Proterozoic terranes (83±18
mWm–2) are significantly higher than the global Proterozoic average of~ 50 mWm–2 …

The Palaeoproterozoic ca. 1620–1608Ma St Peter Suite, located in the central Gawler
Craton, South Australia comprises mafic to felsic magmatic rocks. The intermediate to felsic …