Abstract Global Sensitivity Analysis (GSA) is key to assisting appraisal of the behavior of
hydrological systems through model diagnosis considering multiple sources of uncertainty …

Heterogeneity across a broad range of scales in geologic porous media often manifests in
observations of non-Fickian or anomalous transport. While traditional anomalous transport …

The present work aims to address the issue of the delineation of subsurface pathways
carved in sedimentary aquifers from a stochastic perspective. A probabilistic approach to …

We characterize key features of subsurface flow paths relying on an energetic and
probabilistic perspective. We consider subsurface flow in a free aquifer system as mainly …

We provide a probabilistic assessment of CO 2 storage capacity in major sedimentary
basins in China. Our approach embeds constraints associated with the increase of reservoir …

Our study is keyed to the development of a methodological approach to assess the workflow
and performance associated with the operation of a crude-oil desalting/demulsification …

The correlations of the multiple time-series outputs of an original simulation model are
difficult to take into account using traditional surrogate model techniques. This study …

In global hydrological models, groundwater storages and flows are generally simulated by
linear reservoir models. Recently, the first global gradient-based groundwater models were …

Projecting the spatiotemporal changes in water resources under a no-analog future climate
requires physically based integrated hydrologic models which simulate the transfer of water …

Groundwater flow model accuracy is often limited by the uncertainty in model parameters
that characterize aquifer properties and aquifer recharge. Aquifer properties such as …