The robust optimization of groundwater quality monitoring network is subject to many
conflicting objectives and high level of uncertainty in hydraulic conductivity. This study …

Urban rainwater management need to achieve an optimal compromise among water
resource augmentation, water loggings alleviation, economic investment and pollutants …

This study explores the inclusion of a groundwater recharge based design objective and the
impact it has on the design of optimum groundwater monitoring networks. The study was …

Groundwater level knowledge is one of the crucial information for sustainable use of
groundwater resources and efficient and effective conjunctive management of surface and …

This study expands the Box‐Hill discrimination function to design an optimal observation
network to discriminate conceptual models and, in turn, identify a most favored model. The …

A method for the stochastic design of groundwater quality observation well network is
presented. The method uses calibration‐constrained Null‐space Monte Carlo analysis for …

A steady-state flow regime in riverbank well fields is often violated by fluctuations in river
stages and variations in groundwater extraction. In this study, a criterion of quasi-steady flow …

The majority of river basins in the world, have undergone a great deal of transformations in
terms of infrastructure and water management practices in order to meet increasing water …

Geological carbon sequestration (GCS) has been identified as having the potential to
reduce increasing atmospheric concentrations of carbon dioxide (CO 2). However, a global …

Groundwater quality sampling campaigns are crucial for the characterization and monitoring
of aquifers, especially in urban settings where contamination have an anthropogenic origin …