Climate change is expected to change precipitation and temperature patterns, which will
impact the hydrological regime in Asia. Most river systems in the region originate from the …

This research work aimed to project and analyze climatic variability using GCMs and RCMs
in the Hathmati River Basin, which happens to be one of the most important tributaries of …

Changing streamflow is one of the most visible consequences of climate change. In this
study, the Soil and Water Assessment Tool (SWAT) model was used to investigate the …

Irrigation-led farming system intensification and efficient use of ground and surface water
resources are currently being championed as a crucial ingredient for achieving food security …

This study delves into the critical issue of climate change and its impact on maize cultivation,
focusing on irrigation water requirements (IWR) and crop evapotranspiration (ETc) values …

While atmospheric warming intensifies the global water cycle, regionalised effects of climate
change on water loss, irrigation supply, and food security are highly variable. Here, we …

Mountainous river basins are expected to experience significant seasonal fluctuations in
water supply due to climate change. Thus, hydrological modeling becomes further …

High spatio-temporal resolution and accurate long-term rainfall estimates are critical in
sustainable water resource planning and management, assessment of climate variability …

Climate change has increased the intensity and frequency of hydro-climatic extremes in
many parts of the world and they are projected to continue in the future too, thus, posing a …

Climate change and its impact on the basin's hydrological processes can progressively
assist in addressing the difficulties that water resource managers and planners will face in …