A wide variety of processes controls the time of occurrence, duration, extent, and severity of
river floods. Classifying flood events by their causative processes may assist in enhancing …

Accurate quantitative precipitation estimation over mountainous basins is of great
importance because of their susceptibility to hazards such as flash floods, shallow …

Hydrograph separation is considered as the first step to catchment-scale water balance
analysis. A wide variety of hydrograph separation methods exists ranging from empirical to …

This study proposes a new process‐based framework to characterize and classify runoff
events of various magnitudes occurring in a wide range of catchments. The framework uses …

Given the rapidly changing climate, accurate spatiotemporal information on the evolution of
extreme rainfall events is required for flood risk assessment and the design of resilient …

Flow events with low frequency often cause severe damage, especially if their magnitudes
are higher than suggested by historical observations. The heavier right tail of streamflow …

Just as with the storms that cause them, flash floods are highly variable and non-linear
phenomena in both time and space; hence understanding and anticipating the genesis of …

The effects of spatial variability of rainfall, geomorphology, and climatology of precipitation
and temperature on the hydrologic response remain poorly understood. This study …

The performance of six satellite‐based and three newly released reanalysis rainfall
estimates are evaluated at daily time scale and spatial grid size of 0.25 degrees during the …

The error in satellite precipitation-driven complex terrain flood simulations is characterized in
this study for eight different global satellite products and 128 flood events over the Eastern …