Hydro-meteorological risk (HMR) management involves a range of methods, such as
monitoring of uncertain climate, planning and prevention by technical countermeasures, risk …

Probabilistic flood inundation mapping is performed and analysed at the ungauged Xerias
stream reach, Volos, Greece. The study evaluates the uncertainty introduced by the …

Flood management activities require development of flood maps that depict the spatial and
temporal extent of floods with the help of hydrodynamic models. Two‐dimensional (2‐D) …

Classical approaches to flood hazard are obtained by the concatenation of a recurrence
model for the events (ie, an extreme river discharge) and an inundation model that …

Computational simulators of complex physical processes, such as inundations, require a
robust characterization of the uncertainties involved to be useful for flood hazard and risk …

Despite the development of advanced process-based methods for estimating the discharge
capacity of vegetated river channels, most of the practical one-dimensional modeling is …

Stormwater reservoirs are used to control the runoff volume and to attenuate the peak flow
rate from urban catchments. The required capacity of a stormwater reservoir and its …

The impact of vegetation on the hydrology and geomorphology of aquatic ecosystems has
been studied intensively in recent years. Numerous hydraulic models developed to date …

Modelling groundwater depths in floodplains and peatlands remains a basic approach to
assessing hydrological conditions of habitats. Groundwater flow models used to compute …

This study investigates the effect of the Digital Terrain Model (DTM) uncertainty effect on the
output of a 1D flow model. The analysis is performed for the lowland river Biebrza, covered …