A global analysis of catchments underscores the complexities of modelling river run off and flooding—and provides new tools for hydrologists.

In the Prairie Pothole Region, millions of wetlands fill, spill and connect in ways that defy prediction. Combining hydrology with AI offers a path forward.

Physics-informed deep learning outperforms LSTM in regionalizing hydrologic behavior and pothole storage across PPR (un)gauged catchments PPR-scale model captures inter(a)-annual variability of h...

For years, the Prairie Pothole Region has bothered me in a very specific way. On a map, it looks like a normal landscape: fields, gentle slopes, small streams. But hydrologically, it behaves like some...

Water is everywhere, from the snowpack in the mountains to the tap in our kitchens. But while we often think about rainfall and snow as the main drivers of our water supply, it turns out that something we rarely see has just as much influence: the underground structure of the landscape itself.

Pre-snow rainfall variability alters snowmelt partitioning pattern (SPP) into storage versus runoff, with the magnitude of impact mediated by the extent of hydraulic conductivity's lateral heterog...

Explore the latest insights from top science journals in the Muser Press roundup (January 9, 2026), featuring impactful research on climate change challenges.

CGU Young Scientist Award The CGU Young Scientist Award recognizes outstanding research contributions by a young scientist who is a CGU member. Both the quality and impact of research are considere…

Spatial patterns of water table depth (WTD) play a crucial role in shaping ecological resilience, hydrological connectivity, and human-centric systems…

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Dormant seasons' simple stormflow functionality is prevalent, occurring mostly along steep catchments with wet/out-of-phase climate Simple catchments transfer precipitation pulses into the stream...