Potential flood hazards that would be created by breached embankment dams need to be
evaluated to select spillway design floods and to prepare emergency action plans. The …

Flood routing is an important topic in engineering hydrology and an integral part of flood
management and hydrodynamic modelling studies. Muskingum and Muskingum-Cunge …

This paper assesses the extent to which a topographically defined description of the spatial
arrangement of catchment wetness can be used to represent landscape hydrological …

The variable parameter Muskingum-Cunge (MC) flood routing approach, together with
several variants proposed in the literature, does not fully preserve the mass balance …

The volumetric flow rate of water in open channels (discharge) is commonly estimated from
the measured water-surface elevation (stage) using empirical relations fit to many …

Quantifying hydrologic prediction error is of fundamental importance to feasible operation of
a real-time flood forecasting system customized for specific locations. Reconstruction of a …

Using data from two very large watersheds and five smaller, this paper explores the use of
Bayesian methods for fitting rating curves. Posterior distribution of rating-curve parameters …

Flooding is a common natural disaster that causes enormous economic, social, and human
losses. Of various flood routing methods, the dynamic wave model is one of the best …

Predicting major floods during extreme rainfall events remains an important challenge.
Rapid changes in flows over short timescales, combined with multiple sources of model …

To improve hydrological predictions, real-time measurements derived from traditional
physical sensors are integrated within mathematic models. Recently, traditional sensors are …