Predicting water runoff in ungauged water catchment areas is vital to practical applications
such as the design of drainage infrastructure and flooding defences, runoff forecasting, and …

A state-of-the-art review on the probable maximum precipitation (PMP) as it relates to
climate variability and change is presented. The review consists of an examination of the …

The concepts of risk, reliability and return period are fundamental elements to the analysis of
extreme hydrological events for the fields of water resource systems planning, and …

The homogeneity of the flood frequency regime for a given pooling-group of sites is a
fundamental assumption for many regional flood frequency analysis techniques. Assessing …

Dealing with nonstationarity in hydrological extremes in the design of structures is a truly
multidisciplinary undertaking; requiring expertise in hydrology, statistics, engineering and …

Snow avalanches are recurring natural hazards that affect the population and infrastructure
in mountainous regions, such as in the recent avalanche winters of 2018 and 2019, when …

Some recent research on fluvial processes suggests the idea that some hydrological
variables, such as flood flows, are upper-bounded. However, most probability distributions …

Water depth above the flood deposits should be taken into account in calculations of the
palaeoflood peak stages, which can provide more accurately estimate of palaeoflood stage …

The relationship between peak specific discharge and watershed area is examined for
large, rare and extreme floods in Malaysia using a distributed hydrological model. Envelope …

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