Abstract The Soil and Water Assessment Tool (SWAT) is an ecohydrological model that has
been widely applied to assess water quality and watershed management. This tool also has …

This review was conducted to highlight the most influential factors and specify the trends
reducing uncertainty and increasing the accuracy of soil and water assessment tool (SWAT) …

Abstract Rainfall–runoff (R–R) analysis is essential for sustainable water resource
management. In the present study focusing on the Peddavagu River Basin, various …

Selection of optimal model inputs is a challenging issue particularly for non-linear and
dynamic systems. In this study, a new input selection method, procrustes analysis (PA), was …

In large‐scale watersheds, only the calibration of parameters for the outlet may ignore
spatial heterogeneity and fail to meet the simulation accuracy of local areas. Based on the …

Watershed management is necessary to conserve water resources because the watershed
hydrological processes are more affected by climate and land use change, resulting in the …

Parameter sensitivity analysis is a significant part of quantifying model uncertainty,
effectively identifying key parameters, and improving the efficiency of parameter …

Hydrological models are essential to understand the hydrological response of the basin. It is
one of the most significant aspects of water resources management and development …

Investigating and understanding the responses of runoff and nitrogen loading to climate and
land use change is particularly important for future water resources management. In this …

The quality of input data and the process of watershed delineation can affect the accuracy of
runoff predictions in watershed modeling. The Upper Mississippi River Basin was selected …