AusLAMP in the Tasmanides: Lithospheric architecture and mineral potential from magnetotellurics

Australian Institute of Geoscientists > Events > AusLAMP in the Tasmanides: Lithospheric architecture and mineral potential from magnetotellurics

AusLAMP in the Tasmanides: Lithospheric architecture and mineral potential from magnetotellurics

AusLAMP in the Tasmanides: Lithospheric architecture and mineral potential from magnetotellurics

Date

Wednesday, 9th September 

Time

3:00 pm AEST


Information

This event is an ASEG Webinar by Dr Alistion Kirkby (Geoscience Australia)

This presentation will showcase a recently released resistivity model of the southeast Australian lithosphere from Australian Lithospheric Architecture Magnetotelluric Project (AusLAMP) data collected over the last 7 years in collaborations between GA, GSNSW, GSV, GSSA and the University of Adelaide. For the first time, we image conductive regions at and below the base of the crust (>35 km depth) that may represent fossil fluid pathways along the Australian continental margin ~440 to 380 million years ago. The geometries of these conductive regions match those revealed in the upper crust by potential field and passive seismic data, and are a key part of crustal architecture predicted by the Lachlan Orocline model for the evolution of the southern Tasmanides. Conductive regions in the lower crust also correlate with known gold deposits, which may help to guide future mineral exploration in southeast Australia.


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