This review aims to bridge the knowledge gap between geological and geophysical
communities by elucidating the interpretation of aeromagnetic data. Aeromagnetic surveys …

The magnetic method, perhaps the oldest of geophysical exploration techniques, blossomed
after the advent of airborne surveys in World War II. With improvements in instrumentation …

Mining exploration was very active during the first decade of the twenty-first century because
there were numerous advances in the science and technology that geophysicists were using …

Nonparametric inverse methods provide a general framework for solving potential‐field
problems. The use of weighted norms leads to a general regularization problem of Tikhonov …

Potential fields are classically represented on the sphere using spherical harmonics.
However, this decomposition leads to numerical difficulties when data to be modelled are …

We investigate the use of the continuous wavelet transform for gravity inversion. The wavelet
transform operator has recently been introduced in the domain of potential fields both as a …

Residual gravity data provide useful information for a geophysical interpretation of
geological sources. Several techniques have been developed and applied to separate a …

We study the inversion of potential fields and evaluate the degree of depth resolution
achievable for a given problem. To this end, we introduce a powerful new tool: the depth …

We present a potential-field-constrained inversion procedure based on a priori information
derived exclusively from the analysis of the gravity and magnetic data (self-constrained …

We show new continuous wavelet‐based transformation techniques of potential field maps
and propose interpretation schemes for characterizing three‐dimensional (3‐D) sources …