Water | Free Full-Text | Review: Sources of Hydrological Model Uncertainties and Advances
in Their Analysis Next Article in Journal Assessing the Influence of Compounding Factors to …

The concept of groundwater vulnerability was first introduced in the 1970s in France to
recognize sensitive areas in which surface pollution could affect groundwater, and to enable …

Copula functions are widely used in multivariate hydrological risk assessment. Incorporation
of uncertainty analysis within copula functions can improve the degree of reliability to risk …

We present a novel approach for modeling streamflow in ungauged catchments. Because of
their widespread availability and global coverage, remotely sensed data provide an …

Understanding the origins of errors between model predictions and catchment observations
is a critical element in hydrologic model calibration and uncertainty estimation. Difficulties …

With rising concerns for water security and increasing interest in water resource
development, accounting for river transmission losses in arid/semi‐arid region water …

Precipitation provides the most crucial input for hydrological modeling. However, rain gauge
networks, the most common precipitation measurement mechanisms, are sometimes sparse …

The dynamics of grassland ecosystems are highly complex due to multifaceted interactions
among their soil, water, and vegetation components. Precise simulations of grassland …

Discharge measurements are essential for a range of hydrologic applications. In situ
observations, however, are seldom available. Whereas satellite remote sensing offers a …

Most conceptual hydrological models do not treat vegetation as a dynamic component. This
study focuses on understanding the impact of model structural complexity on the sensitivity …