Future flooding is likely to exceed current design flood levels which are based on historical
extreme rainfall characteristics. The Clausius-Clapeyron relationship explains the …

Identification and pairing of hydrologic events form the basis of various analyses, from
identifying events for the calibration of hydrologic models, to calculation of event runoff …

It is well known that as a consequence of climate change, higher temperatures are causing
extreme precipitation events to intensify, leading to greater flooding. However, the …

Short‐duration precipitation extremes (PE) increase at a rate of around 7%/K explained by
the Clausius‐Clapeyron relationship. Previous studies show uncertainty in the extreme …

Rainfall is a fundamental input to water resources models. Data products are making rainfall
data available in application ready formats. There is a temptation to adopt these datasets …

Extreme short-duration rainfall is intensifying with climate warming, and growing evidence
suggests that subhourly rainfall extremes are increasing faster than more widely studied …

Flood estimates used in engineering design are commonly based on intensity–duration–
frequency (IDF) curves derived from historical extreme rainfalls. Under global warming these …

The purpose of this article is to establish a technical–economic study of slop reinforcement
solutions. The results of which will be used by the various stakeholders in land use planning …

The availability of irrigation water during the growing season reflects on the potential yield at
the end of the peanuts' growing season. Monitoring water availability is essential to optimize …