Flood hazard mapping is a topic of increasing interest involving several aspects in which a
series of progress steps have occurred in recent years. Among these, a valuable advance …

The level of model complexity that can be effectively supported by available information has
long been a subject of many studies in hydrologic modelling. In particular, distributed …

Controlling the damaging effects of fluvial flood events has been a major challenge for
mankind. Integrated hydrologic-hydrodynamic models are often employed to estimate the …

Inflow discharge and outflow stage estimates for hydraulic flood models are generally
derived from river gauge data. Uncertainties in the measured inflow data and the neglect of …

The capability of a GPU-parallelized numerical scheme to perform accurate and fast
simulations of surface runoff in watersheds, exploiting high-resolution digital elevation …

Abstract The Songhua River Basin (SRB) plays a vital role in supplying water resources to
northeast China. This river has a substantial effect on agricultural grain producing region …

Deterministic rainfall-runoff modelling usually assumes stationary hydrological system, as
model parameters are calibrated with and therefore dependant on observed data. However …

Historically, many watershed studies have been based on using the streamflow flux, typically
from a single gauge at the basin's outlet, to support calibration. In this setting, there is great …

Hydrodynamic modeling is a common approach for flood inundation mapping. These
models use conservation of mass and momentum to simulate the river hydrodynamics …

Comprehensive flood risk modeling is crucial for understanding, assessing, and mitigating
flood risk. Modeling extreme events is a well-established practice in the atmospheric and …