Anthropogenic climate change is decreasing seasonal snowpacks globally, with potentially
catastrophic consequences on water resources, given the long-held reliance on snowpack …

This review provides a broad overview of the current state of flood research, current
challenges, and future directions. Beginning with a discussion of flood-generating …

The intensity of extreme precipitation events is projected to increase in a warmer climate,,,–,
posing a great challenge to water sustainability in natural and built environments. Of …

Despite the recent prevalence of severe drought, California faces a broadly
underappreciated risk of severe floods. Here, we investigate the physical characteristics of …

Increases in extreme rainfall intensities as a result of climate change pose a great risk due to
the possibility of increases in pluvial flooding, particularly in urban and developed areas. But …

Precipitation extremes are increasing globally due to anthropogenic climate change.
However, there remains uncertainty regarding impacts upon flood occurrence and …

Precipitation extremes will increase in a warming climate, but the response of flood
magnitudes to heavier precipitation events is less clear. Historically, there is little evidence …

Hydroclimatic changes associated with global warming over the past 50 years have been
documented widely, but physical landscape responses are poorly understood thus far …

Hydrometeorological flood generating processes (excess rain, short rain, long rain,
snowmelt, and rain‐on‐snow) underpin our understanding of flood behavior. Knowledge …

The debate regarding mitigation of carbon dioxide emissions and fiscal decentralization has
gained extreme attention, but only a little evidence supports this issue. Therefore, this study …