Seismic reflection data along volcanic passive margins frequently provide imaging of strong
and laterally continuous reflections in the middle and lower crust. We have completed a …

The footprint of a mineral system is potentially detectable at a range of scales and
lithospheric depths, reflecting the size and distribution of its components. Magnetotellurics is …

Magnetotelluric (MT) models reveal the continental lithosphere to be extremely electrically
complex. In this chapter, I have combined experimental conductivity data on typical …

Abstract The Mount Isa Province in northern Australia is one of the world's most strongly
endowed regions for base metals and host to major iron–oxide–copper–gold (IOCG) …

The Møre and Vøring basins at the mid-Norwegian margin were affected by a series of rift
phases separated by periods of tectonic quiescence from Caledonian collapse in the …

Igneous sills and laccoliths emplaced in sedimentary basins may significantly impact
petroleum systems, both positively and negatively. Igneous intrusions provide heat to …

The comprehensive mapping of resistivities in depth and its interpretation is of great
importance to unravel the electrical properties of deep‐seated rocks, providing significant …

Magnetotelluric (MT) data can image the Earth's electrical resistivity down to the mantle but
are rarely used for investigation of offshore rifted margins. In such settings, the lower crust …

When interpreting geophysical models, we need to establish a link between the models'
physical parameters and geological units. To define these connections, it is crucial to …

Abstract Magnetotelluric (MT), Electrical Resistivity Tomography (ERT), Time-Domain
Induced Polarization (TDIP), Geochemical and Geological studies followed by drilling and …