Atmospheric Rivers Turn Deadly When They Hook Up With Rising Storm Air Currents
A 45-year reanalysis study shows that warm conveyor belt ascent, not moisture content alone, determines where atmospheric rivers produce their ...
A 45-year reanalysis study shows that warm conveyor belt ascent, not moisture content alone, determines where atmospheric rivers produce their ...
A new study in PLOS Climate shows that simple deep learning models, especially the LSTM architecture, outperform the physics-based WRF ...
A large-scale analysis of 671 US catchments shows that streamflow reanalysis errors amplify precipitation errors up to fivefold in humid ...
A localized convolutional neural network trained on ASCAT satellite radar data outperforms the operational soil moisture product and, during heavy ...
A Norwegian study shows that a deep learning LSTM network outperforms the country's operational HBV model in simulating both snowmelt- ...
A multidisciplinary task force argues that natural hazard sciences must adopt a shared hierarchy of uncertainties and complete forecasts that ...
Penn State researchers adapted diffusion-based generative AI techniques from image generation to build an hourly flood forecasting model trained on ...
Researchers have built a flood forecasting system that statistically corrects flawed rainfall predictions using copulas and converts them into probabilistic ...
A new study in Nature Communications shows that coastal flooding tends to occur at predictable hours of the day because ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine