Multiple-point statistics (MPS) is a powerful method to generate realistic geological models.
Given a training image as a prior model, the program iteratively reproduces spatial patterns …

The subglacial bed topography is critical for modelling the evolution of Thwaites Glacier in
the Amundsen Sea Embayment (ASE), where rapid ice loss threatens the stability of the …

Sedimentary facies distribution is a vital reference for oil and gas exploration in an offshore
area. One of remaining questions in a marine exploration area is to acquire an accurate …

Remote sensing enables us to measure fluvial systems without disrupting their dynamics.
Small‐scale physical models of rivers allow us to observe their geomorphic evolution, but …

As climate changes and populations grow, a deeper understanding of deltaic surface and
subsurface processes will help design sustainable management practices of delta …

Abstract Three-dimensional (3D) microstructure reconstruction is a key approach to
exploring the relationship between pore characteristics and physical properties. Viewing the …

Geological models are essential components in various applications. To generate reliable
realizations, the geostatistical method focuses on reproducing spatial structures from …

Leakage is important in groundwater cycle research and water resource management, the
key is to construct the spatial distribution of aquitard. Influenced by natural and …

In this work we will draw heavily on Karl Popper's view of science, where science advances
our knowledge of the physical world by formulating hypotheses and testing against real …