River ice breakup can affect most rivers in cold climate during winter, posing a serious threat
of Ice-Jam Floods (IJFs) to riverine communities. IJFs are challenging to predict due to their …

Streamflow forecasting in mountainous catchments is and will continue to be one of the
important hydrological tasks. In recent years machine learning models are increasingly used …

In cold regions, ice jams frequently result in severe flooding due to a rapid rise in water
levels upstream of the jam. Sudden floods resulting from ice jams threaten human safety and …

This study presents an analysis of the influence of climatic conditions and the operation of a
dam reservoir on the occurrence of ice cover and water temperature in two rivers (natural …

River-flow forecasts are important for the management and planning of water resources and
their rational use. The present study, based on direct multistep-ahead forecasting with …

Mid-winter breakups (MWBs) are an increasingly common event on Canadian rivers
resulting in the early breakup of river ice cover, with complex and numerous drivers. This …

Streamflow prediction in ungauged basins particularly within data-scarce areas is a
challenging and sensitive task. Traditionally, conceptual and physical models have been …

Study region Upstream of the Heilongjiang River, located in Northeast Asia, is the
transboundary river between China and Russia. Study focus Using long-term hydrological …

Precise multi-step water level predictions are crucial for managing water resources and
mitigating the effects of extreme weather. This study introduces a novel approach by …

River ice breakups carry the potential for high flows and flooding and are of great interest to
accurately predict. A challenge in forecasting these events is the management of the …