Ministry of Water Resources and Irrigation

Comprehensive inter-comparison of generative AI models for super-resolution precipitation downscaling across hydroclimatic regimes

Abstract. High-resolution precipitation information is essential for hydrologic modeling, flood forecasting, and climate-risk assessment, yet global weather and climate models operate at spatial resolutions too coarse to resolve storm structure, intermittency, and extremes. Deep-...

Divergent drivers of runoff changes in the Indus eastern tributaries: Insights from attribution analysis based on the Budyko framework

Study region The eastern tributaries of the Indus River Basin: Chenab, Jhelum, Ravi, and Sutlej. Study focus Using discharge records from the Water and Power Development Authority, Pakistan and climatic data from reanalysis datasets, this study constructs long-term, up-to-date hy...

Hydrological resilience to climate extremes and its implications for water security in the data-scarce Baro river basin

Hydrologic resilience is one of the important issues that has to be addressed for sustainable water resources management. This study evaluates hydrological resilience to climate extremes in the Baro River Basin, Ethiopia, by examining how the basin resists, recovers from, and ada...