The complexity of alluvial fan depositional systems makes detailed characterization of their
heterogeneity difficult, yet such detailed characterizations are commonly needed for …

The architecture of sedimentary bodies determines the heterogeneity of many aquifers.
Thus, for environmental risk-assessment and quantification of clean-up efficiencies …

Modern depositional settings provide unambiguous geomorphic data facilitating the
quantification of geologic interpretations for the numerical characterization of subsurface …

The influence of aquifer property correlation on multiphase fluid migration and entrapment
was explored through the use of correlated and uncorrelated porosity, permeability, and …

A number of methods involving indicator geostatistics were combined in a methodology for
characterizing and modeling multiscale heterogeneity. The methodology circumvents …

The hypothesis that physical heterogeneity has similarities in separate aquifers created by
similar depositional environments is tested by comparing statistical characteristics of facies …

The quantitative modelling of fluvial reservoirs, especially in the stages of enhanced oil
recovery, requires detailed three‐dimensional data at both the scale of the channel belt and …

Les modèles hydrogéologiques doivent s' appuyer sur une connaissance approfondie de la
géologie souterraine pour fournir de façon efficace l'évaluation, la modélisation de …

Ground penetrating radar (GPR) has proved to be an extremely useful geophysical tool, in
conjunction with direct geological data, to develop a realistic, macroscopic, subjective-based …

Deterministic and stochastic methods of three‐dimensional hydrogeologic modeling are
applied to characterization of contaminated Eocene aquifers at the Savannah River Site …