Satellite Data and Simple Models May Hold the Key to Forecasting Rivers in the Frozen Himalayas
A new study shows that a simple conceptual hydrological model driven entirely by satellite and reanalysis data can outperform more ...
A new study shows that a simple conceptual hydrological model driven entirely by satellite and reanalysis data can outperform more ...
A global analysis of 1.7 million runoff events across 4,838 catchments finds that the transformation of rain and snowmelt into ...
Isotope tracing in the Qinghai Lake Basin reveals that freeze–thaw cycles, not rainfall or snowmelt alone, control the sources and ...
A year-round automated electrical resistivity monitoring campaign on the Kitzsteinhorn has revealed five seasonal phases in which water and ice ...
A large-scale analysis of 671 US catchments shows that streamflow reanalysis errors amplify precipitation errors up to fivefold in humid ...
A five-year isotope and modeling study in the Italian Alps shows that snowmelt mainly recharges groundwater while summer rain sustains ...
A twelve-year multi-instrument study of two Arctic Norwegian landslides shows that water infiltration drives their seasonal acceleration and that one ...
A new satellite altimetry study has produced the first global map of river flood peak timing, revealing earlier peaks at ...
A Norwegian study shows that a deep learning LSTM network outperforms the country's operational HBV model in simulating both snowmelt- ...
A new study shows that phosphate-rich penguin guano fertilizes green snow algae along the West Antarctic Peninsula, darkening the snow ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine