The prevalence of flooding events and the associated risk in the urban areas is an
increasingly important issue of global significance, although it is more critical for the …

Nowadays, mathematical models of hydrological systems are used routinely to guide
decision making in diverse subjects, such as: environmental and risk assessments, design …

Assessing root sources of three uncertainties–parameterization of soil hydraulic
characteristics, boundary conditions, and estimation of source/sink terms–is a significant …

Process-based nitrogen reactive transport models (NRTMs) are vital tools for simulating
complex nitrogen reactive transport processes in soils and groundwater to reduce nutrient …

Human and ecological exposure to micro-and nanoplastic materials (abbreviated as MP,< 5
mm) occurs in both aquatic and terrestrial environments. Recent reviews prioritize the need …

We address two critical choices in Global Sensitivity Analysis (GSA): the choice of the
sample size and of the threshold for the identification of insensitive input factors. Guidance to …

Flood simulation with two-dimensional hydrodynamic models is subject to different sources
of uncertainties in model configuration, boundary conditions, and model parametrization …

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

The amount of transported sediment load by streams is a vital but high nonlinear dynamic
process in water resources management. In the current paper, two optimum predictive …

A building system is highly nonlinear and commonly includes a variety of parameters
ranging from the architectural design to the building mechanical and energy system. Serving …