Anticipating Future Hydrological Changes in the Northern River Basins of Pakistan: Insights from the Snowmelt Runoff Model and an Improved Snow Cover Data

Modeling Runoff Components and Assessing Future Water Availability Due to Climate Change in the Karnali Basin Using the SPHY Model

This study evaluates the hydrological behavior and future water availability of the Karnali basin under changing climatic conditions using a distributed hydrological modeling approach. Despite the basin’s importance for water resources and hydropower development in Nepal, there is no significant study of the relative c...

Climate-Induced Streamflow Variability Assessment Using GIS-Based Hydrological Models in a Snow-Glacier-Fed Sparsely Gauged River Basin

Rainfall Variability Impacts on Runoff and Reservoir Inflow in a Small Mountainous Watershed: SWAT-Based Assessment in the Upper Ing River Basin, Northern Thailand

This study investigates the influence of rainfall variability on runoff generation in the Upper Ing River Basin and inflow to the Mae Tum Reservoir in northern Thailand using the physically based Soil and Water Assessment Tool (SWAT) version 2012. In small mountainous watersheds, water supply reliability for irrigation...

Assessing climate change impacts on flow regimes and sediment load in thailand’s upper Ping river basin, using the soil and water assessment tool (SWAT)

Climate change can significantly alter river basin hydrology, sediment transport, and hydrological extremes, particularly in monsoon-dominated mountainous basins. This study assessed the potential impacts of climate change on streamflow, sediment load, and hydrological extremes in Thailand’s Upper Ping River Basin (UPR...

Climate change assessment on river flows and downstream lakes from mountainous basins: A SWAT and CMIP6 scenarios modeling

Projections of hydrological changes and riverflow extremes using TerM land surface model in the Limpopo River Basin, South Africa

Increasingly frequent hydroclimatic extremes in South Africa necessitate a robust understanding of how changing climate drivers will influence regional water balance. This study evaluates the impacts of climate change on hydrological extremes within the Limpopo River Basin, a region historically vulnerable to catastrop...