A recurrent issue encountered in environmental, ecological or agricultural impact studies in
which climate is an important driving force is to provide fast and realistic simulations of …

The increasing effort to develop and apply nonstationary models in hydrologic frequency
analyses under changing environmental conditions can be frustrated when the additional …

Hydroclimatic processes come in all “shapes and sizes”. They are characterized by different
spatiotemporal correlation structures and probability distributions that can be continuous …

Stochastic simulations of spatiotemporal patterns of hydroclimatic processes, such as
precipitation, are needed to build alternative but equally plausible inputs for water‐related …

Many multi-site stochastic models have been proposed for the generation of daily
precipitation, but they generally focus on the reproduction of low to high precipitation …

Flood risk assessments are typically based on scenarios which assume homogeneous
return periods of flood peaks throughout the catchment. This assumption is unrealistic for …

Hydrometeorological processes are typically characterized by temporal dependence, short‐
or long‐range (eg, Hurst behavior), as well as by non‐Gaussian distributions (especially at …

In this paper, estimated trends of precipitation-and drought-related climate indices and the
return period of the daily precipitation amount are analyzed. For this purpose 11 regional …

Floods are a natural hazard evolving in space and time according to meteorological and
river basin dynamics, so that a single flood event can affect different regions over the event …

A hurricane event can often produce both intense rainfall and a storm tide that can cause a
major compound flooding threat to coastlines. This paper examined applications of …