A joint geophysical-petrological inversion combining seismic surface-wave data with thermodynamic modelling to map subsurface temperature in Ireland.
Curie depth estimates from airborne magnetic data reveal anomalously high geothermal heat flow beneath the Transantarctic Mountains and Wilkes Subglacial Basin.
This talk presents an overview of research integrating geophysical and geochemical observations with tectonic plate reconstructions to produce data-driven studies of Earth …
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 …
The temperature distribution in the crust, and associated uncertainty, was simulated from the ensemble of Curie depth realisations assigned to a lower thermal boundary condition of …
Probabilistic methods for constraining lithospheric thermal structure by jointly inverting geothermal, magnetic, and seismic data using Bayesian inference.
Make a palaeoclimate correction to heat flow data
Make a palaeoclimate correction to heat flow data