Many metallic mineral deposits have sufficient physical property contrasts, particularly
density, to be detectable using seismic methods. These deposits are sometimes significant …

Magnetic vector inversion (MVI) has received considerable attention over recent years for
processing magnetic field data that are affected by remanent magnetization. However, the …

Seismic reflection methods have been used for the exploration of mineral resources for
several decades. However, despite their unmatched spatial resolution and depth …

A 10.5 km2 3D seismic survey was acquired over the Kylylahti mine area (Outokumpu
mineral district, eastern Finland) as a part of the COGITO-MIN (COst-effective Geophysical …

Seismic methods are an affordable and effective way of studying the subsurface for mineral
exploration. With the goal of testing new technologies for mineral exploration in highly …

A sparse 3D seismic survey was acquired over the Blötberget iron oxide deposits of the
Ludvika Mines in south-central Sweden. The main aim of the survey was to delineate the …

Dimensionality reduction provides a simple, two-dimensional representation of multi-
element geochemical assays, which facilitates visualisation of complex data and enhances …

Two 2D reflection seismic profiles were acquired in Blötberget, south-central Sweden, for
deep targeting and delineation of sheet-like iron-oxide deposits, known to dip toward the …

Structural geological models are widely used to represent relevant geological interfaces and
property distributions in the subsurface. Considering the inherent uncertainty of these …

Abstract The~ 2.06 Ga mafic-ultramafic Kevitsa intrusion is located in the Central Lapland
greenstone belt. The lower ultramafic part of the intrusion hosts a large disseminated Ni-Cu …