Floods are among the most destructive natural disasters, which are highly complex to model.
The research on the advancement of flood prediction models contributed to risk reduction …

Here we review methods used for probabilistic analysis of extreme events in
Hydroclimatology. We focus on streamflow, precipitation, and temperature extremes at …

In this study, the authors investigated an approach to calculate the standardized streamflow
index (SSI), which allows accurate spatial and temporal comparison of the hydrological …

This study analyzes drought characteristics in the Awash River Basin of Ethiopia based on
meteorological and hydrological variables. Standardized precipitation index is used for …

The hard-rock hilly Aravalli terrain of Rajasthan province of India suffers with frequent
drought due to poor and delayed monsoon, abnormally high summer-temperature and …

Drought is a natural and worldwide phenomenon that occurs when water availability is
significantly below normal levels during a significant period of time and cannot meet …

This study presents an exhaustive methodology of floodplain map** at ungauged rivers.
To present our methodology, we selected the Halilrud basin and Jiroft city in southeastern …

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

The frequency analysis of hydrological extremes requires fitting a probability distribution to
the observed data to suitably represent the frequency of occurrence of rare events. The …

In this study we analyzed the response of monthly runoff to precedent climatic conditions at
temporal scales of 1–48months in 88 catchments of the Ebro basin (northeast Spain). The …