Precise streamflow forecasting in river systems is crucial for water resources management
and flood risk assessment. The Tagus Headwaters River Basin (THRB) in Spain is a key …

In order to enhance the runoff prediction accuracy, an ensemble prediction model based on
least squares support vector machine (LSSVM) is proposed by including variational mode …

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

The growing concerns surrounding water supply, driven by factors such as population
growth and industrialization, have highlighted the need for accurate estimation of streamflow …

Understanding the changes in hydrological process is a key subject for water resource
management of a high-diversity watershed. In this paper, through an establishment of a …

This study introduces a time-lag-informed Random Forest (RF) framework for streamflow
time-series prediction across diverse catchments and compares its results against SWAT …

Due to the scarcity of meteorological observation stations in some areas, there is not enough
data available for hydrological simulation as one of the main subjects of hydrology and …

Occurrences of extreme events, especially floods, have become more frequent and severe
in the recent past due to the global impacts of climate change. In this context, possibilities for …

Streamflow simulation in a snow dominated basin is complex due to the presence of a high
number of interrelated hydrological processes. This complexity is affected by the delayed …

The rainfall-runoff simulation provides the basis for the hydrological and climate change
studies, and the climate studies are based on the rainfall-runoff simulation. In general, there …