Asteroseismology has become widely accepted as a benchmark for accurate and precise fundamental stellar properties. It can therefore be used to validate calibrate parameters derived from other approaches. Meanwhile, one leverage large-volume surveys in photometry, spectroscopy, astrometry infer over wide range of evolutionary stages, independently asteroseismology. Our pipeline, SEDEX, compares...

In orogens, pinpointing the timing of mineralization is often complex due to superimposition magmatic, metamorphic and tectonic events. Unravelling tectono-metamorphic evolution deformed terranes essential for understanding formation orogenic mineralization. Bossòst dome Pyrenean Axial Zone, undated stratabound Pb-Zn previously considered be SEDEX-like devoid evidence significant remobilization...

The Proterozoic Carpentaria Province (McArthur basin and Mount Isa Inlier) in northern Australia comprises a number of world class clastic dominated (CD-type) Zn-Pb massive sulphide deposits, formally known as SEDEX deposits. In order to identify the geochemical footprint any mineralizing system it is necessary characterize compositional variability host rock mineralization. southern Carpentari...

Ore deposits found in Proterozoic marine sedimentary basins supply much of the world's zinc. Many formed contemporaneously with their host sediments when saline brines circulating from deeper basin reached sea floor. Textural, geochemical and isotopic features these SEDEX (‘sedimentary-exhalative’) indicate that biologically active seeps, vents brine pools were a feature many ore-forming system...

Abstract Divergent genetic models have been proposed for clastic dominant (CD-type) massive sulfide Zn-Pb mineralization in the Proterozoic Carpentaria Zn Province. Due to varying degrees of tectonic overprint, it has difficult accurately constrain structural and paragenetic timing aspects CD-type model, most basic constraints (syngenetic vs. epigenetic, synextension syninversion) remain debate...