The effects of climate change are causing more frequent extreme rainfall events and an
increased risk of flooding in developed areas. Quantifying this increased risk is of critical …

Mathematical modeling of watershed hydrology is employed to address a wide spectrum of
environmental and water resources problems. A historical perspective of hydrologic …

The shape, timing and peak flow of a stream flow hydrograph are significantly influenced by
spatial and temporal variability in rainfall and watershed characteristics. Depending upon …

In response to flood risk, design flood estimation is a cornerstone of planning, infrastructure
design, setting of insurance premiums, and emergency response planning. Under stationary …

This work presents a methodology for analyzing the influence of urbanization in a long-term
approach on the number of floods in an urban catchment. The mathematical model …

The widely used design storms in urban drainage networks has different drawbacks. One of
them is that the shape of the rainfall temporal pattern is fixed regardless of climate change …

Because of differences in roughness, flow depth, and slope, the timing of runoff from most
parts of a watershed differs from that along the principal flow path, which is generally used to …

Continuous rainfall sequences are often used as inputs in hydrologic modeling, particularly
where a probabilistic assessment is required. Continuous rainfall sequences provide a …

In the case of ungauged catchments, different procedures can be used to derive the design
hydrograph and design peak discharge, which are crucial input data for the design of …

Several rainfall measurement techniques are available for hydrological applications, each
with its own spatial and temporal resolution and errors. When using these rainfall datasets …