Analyzing the complex behavior of extreme precipitation events (EPEs) is essential to better
understand the effect of climate change on surface and subsurface water resources and …

The impacts of climate change on extreme rainfall characteristics at fine spatiotemporal
scales are governed by substantial uncertainty, primarily due to the systematic error …

Abstract The Yangtze River Economic Belt (YREB) is an important strategic area in China.
However, frequent extreme precipitation events have caused great economic losses and …

This study presents a framework for evaluating the vulnerability of the electrical grid to storm
outages, based on multi-year atmospheric reanalysis datasets. The underlying methodology …

Statistical tools are crucial for a variety of hydrological applications, whether to model
processes and enhance understanding and knowledge or to design infrastructure systems …

In the latest years the capacity and complexity of climate and environmental modeling has
increased considerably. Therefore, tools and criteria for model performance evaluation are …

Abstract Knowledge of the recurrence intervals of precipitation extremes is vital for
infrastructure design, risk assessment, and insurance planning. However, trends and shifts …

The analysis of hydroclimate extremes is gaining more attention due to the devastating
effects of intense floods, droughts, etc. This study aims to analyze the stationary (S) and non …

Abstract Study region The American River Basin, a seasonally snow-covered mountain
basin in the northern Sierra Nevada of California, USA. Study focus Precipitation phase …

Increasing flood risk due to urbanization and climate change poses a significant challenge
to societies at global scale. Hydrologic information that is required for understanding flood …