The escalating global population and subsequent societal demands have contributed to a
notable upsurge in production activities, resulting in unprecedented anthropogenic …

Understanding changes in precipitation variability is essential for a complete explanation of
the hydrologic cycle's response to warming and its impacts. While changes in mean and …

Based on the Gini-coefficients, this study has presented an analysis of the impacts of
anthropogenic forcing on the temporal inequality (ie, increase in unevenness or disparity) of …

Increased sea surface temperature, evaporation, air temperature, and moisture holding
capacity associated with climate change may the enhance transport of moisture to Central …

A few days with heavy rain contribute disproportionately to total precipitation, while many
days with light drizzle contribute much less. What is not appreciated is just how asymmetric …

Interannual variability of mountain snowpack has important consequences for ecological
and socioeconomic systems, yet changes in variability have not been widely examined …

The intensification of the hydrologic cycle due to climate change is likely to influence the
extreme precipitation characteristics (ie, intensity, duration and frequency). These …

Extreme precipitation events exhibit an increasing trend for both the frequency and
magnitude on global and regional scales and it has already proven the impact of man-made …

Despite the acceleration of climate change, erroneous assumptions of climate stationarity
are still inculcated in the management of water resources in the United States (US). The US …

Terrestrial ecosystems are expected to experience more intense and longer drought and
heat-waves in the future. How these environmental factors and their interaction influence …