Large-scale hydrological models are useful tools for water resources studies, however, river
network flow routing is generally represented using simplified methods, which may lead to …

Regional to global river hydrodynamic models are now a reality, and have largely improved
in the recent years due to increasing computation power, remote sensing datasets and new …

ABSTRACT Hydrological Ensemble Prediction Systems (HEPS) play an important role on
operational flood forecasting. Unlike in deterministic approach, which relies on a single …

Hydrological models have been strongly recommended for supporting water resources
management and, among the models, the Lavras Simulation of Hydrology (LASH) has been …

The flow routing module in several large-scale erosion and sediment transport models
generally adopts simplifications that ignore important physical aspects of river dynamics. In …

The objective of the present work was to evaluate sources of uncertainty in dam break
simulations for areas with contrasting characteristics: one in a narrow valley with high …

The one-dimensional flow routing inertial model, formulated as an explicit solution, has
advantages over other explicit models used in hydrological models that simplify the Saint …

Large-scale hydrological models simulate watershed processes with applications in water
resources, climate change, land use, and forecast systems. The quality of the simulations …

Maximum and minimum streamflow are fundamental for water resource management,
especially for water rights. However, lack of monitoring and scarce streamflow data limit …

In this research study, the MGB-IPH (acronym for Large Scale Model in Portuguese-Modelo
de Grandes Bacias) was used to simulate the propagation of a dam breach hydrograph …