Two hyperparameters, the mean Moho depth and the Moho density contrast, must be
specified before the gravity inversion of Moho. Incorrect estimation will impact inversed …

Before inverting Moho topography, the traditional Parker–Oldenburg method requires the
determination of two important hyperparameters, the average Moho depth and Moho density …

Abstract The Parker-Oldenburg method is a commonly used classical interface inversion
method for Moho topographic inversion. However, this method is excessively reliant on two …

We present the first seismic reflection images of the Paganica and Bazzano basins, two
tectonic basins developed in the hanging wall of the Paganica‐San Demetrio Fault System …

We perform a joint analysis of gravity and magnetic data sets in the Tyrrhenian Sea region to
infer the rock physical properties of several volcanic seamounts. We propose a moving …

The Parker-Oldenburg method, as a classical frequency-domain algorithm, has been widely
used in Moho topographic inversion. The method has two indispensable hyperparameters …

This research paper presents an investigation of an aquifer structure using a combination of
gravity and seismic analyses, calibrated by hydrogeological data. This work illustrates how …