Parametric 3D geological modeling facilitates the efficient updating of geological models. A
comprehensive review of existing geological modeling methods reveals that two critical …

Three-dimensional structural geomodels are increasingly being used for a wide variety of
scientific and societal purposes. Most advanced methods for generating these models are …

Implicit structural modeling using sparse and unevenly distributed data is essential for
various scientific and societal purposes ranging from natural source exploration to …

The Jiaodong Peninsula hosts the main large gold deposits and was the first gold
production area in China; multisource and multiscale geoscience datasets are available …

To support economic decisions and exploration targeting, as well as to understand
processes controlling the mineralization, three-dimensional structural and lithological …

We present a modelling workflow for the creation of a km-scale, three-dimensional
representation of the tectonic architecture exposed in the Lago di Cignana region within the …

The strike and the dip angle are vital for describing the geometry of the rock formations.
However, in the interpolation and geological modeling, only the coordinates are considered; …

As the functionality and speed of 3-D geologic modeling software have improved over the
last 30 years, it has become a core tool for identifying, understanding, and modeling the …

To visualize and analyze the impact of uncertainty on the geological subsurface, on the term
of the geological attribute probabilities (GAP), a vector parameters-based method is …

This study presents a 3D regional modeling of seismic geology and shear wave velocity (Vs)
in Metro Vancouver for seismic microzonation and hazard prediction. Leveraging an …