Intraplate volcanism triggered by subducted volatiles during bursts in slab flux
Intraplate volcanism triggered by subducted volatiles during bursts in slab flux
Intraplate volcanism triggered by subducted volatiles during bursts in slab flux
Intraplate volcanism triggered by the release of subducted volatiles during bursts in slab flux
Partial melting of ancient subducted slabs provide a framework through which to explain non-age progressive volcanism in a region of anomalous mantle composition.
Approaching earth science problems in a “data-driven” philosophy can help glean new insights into our problem and quantify uncertainty.
Dr Ben Mather and Prof Louis Moresi from AuScope’s Simulation, Analysis and Modelling (SAM) program have recently developed a novel, speedy and data-driven way to model the …
Dr Ben Mather and Prof Louis Moresi from AuScope’s Simulation, Analysis and Modelling (SAM) program have recently developed a novel, speedy and data-driven way to model the …
An efficient inversion framework that gives improved estimates of the thermal state of the crust in Victoria using heat flow measurements and Curie depth in a joint inversion using …
A Python package for computing Curie depth from magnetic anomaly data using Bayesian inference to probe the thermal structure of the Earth's crust.
Geodynamicists from Sydney and Australian National universities have developed Stripy, a software module that allows scientists to efficiently place GIS ‘wrapping paper’ around the …