Accurate forecasting in hydrologic modeling is crucial for sustainable water resource
management across various sectors, where predicting extreme flow phases holds particular …

MIKE SHE is one of the most extensively used physically based distributed hydrological
models that are capable of credibly interpreting the response mechanism of ecohydrological …

The design of water resource structures needs long-term runoff data which is always a
problem in developing countries due to the involvement of huge cost of operation and …

Flood assessment in coastal river areas is subject to complex dependencies and
interactions between flood drivers. In addition, coastal areas are especially vulnerable to …

Basin-scale water scarcity, an adverse consequence of the imbalance between the
available fresh water and water demands, is an alarming situation in many countries …

Variations in streamflows of five tributaries of the Poyang Lake basin, China, because of the
influence of human activities and climate change were evaluated using the Australia Water …

Multi-modelling aims to make use of the strengths of single hydrologic models to improve the
accuracy of simulating the watershed system behavior. Considering hydrological signatures …

Modeling framework for simulation at a finer scale is important for long-term water resources
planning for management. It has always been a challenge to select the appropriate model to …

Water availability is essential for the appropriate analysis of its sustainable management.
We performed a comparative study of six hydrological balance models (Témez, ABCD …

Advancement in data acquisition techniques (eg, satellites) has provided enormous
opportunities to improve the predictions of distributed hydrological models by incorporating …