Statistical and physically-based methods have been used for designing and assessing
water infrastructure such as spillways and stormwater drainage systems. Traditional …

In flood frequency analysis (FFA), annual maximum (AM) model is widely adopted in
practice due to its straightforward sampling process. However, AM model has been criticized …

We propose a probabilistic model to determine landslide hazard at the basin scale. The
model predicts where landslides will occur, how frequently they will occur, and how large …

Flood frequency analysis can be made by using two types of flood peak series, ie the annual
maximum (AM) and peaks-over-threshold (POT) series. This study presents a comparison of …

Partial duration series modelling is a robust tool with which to model hydrologic extremes,
but because of several technical problems it remains underused. The most important …

Heavy rainfall events often occur in southern French Mediterranean regions during the
autumn, leading to catastrophic flood events. A non-stationary peaks-over-threshold (POT) …

The selection of flood events and determination of flood characteristics (eg start and end
dates, peak discharge, volume, and duration) are the first critical steps for flood analyses. To …

This study, for the first time, investigates the physical association between Predecessor Rain
Events (PREs) and peak runoff generation in seven catchments over the Upper Mahanadi …

The evaluation of the probability of occurrence of extreme natural events is important for the
protection of urban areas, industrial facilities and others. Traditionally, the extreme value …

Examination of the temporal patterns of landslide events provides valuable insights into the
baseline information used to determine landslide activity and perform risk assessment in a …