To aid California's water sector to better understand and manage future climate extremes,
we present a method for creating a regionally consistent ensemble of plausible daily future …

To aid California's water sector to better manage future climate extremes, we present a
method for creating a regional ensemble of plausible daily future climate and streamflow …

Recently, year‐to‐year swings in California winter precipitation extremes have resulted in
drought, wildfires, and floods causing billions of dollars in damage. These recent …

Abstract The Mississippi River is a vital economic corridor used for generating hydroelectric
power, transporting agricultural products, and municipal and industrial water use …

In California, it is essential to understand the evolution of water resources in response to a
changing climate to sustain its economy and agriculture and to build resilient communities …

The potential for extreme climate events to cluster in space and time has driven increased
interest in understanding and predicting compound climate risks. Through a case study on …

Long‐term streamflow reconstructions help characterize climate variability and extreme
climatic events, such as droughts, which play a crucial role in water resource planning …

In the interior western United States, increased demand for water coupled with the uncertain
nature of anthropogenic and natural hydroclimatic variations add challenges to the task of …

Climate change is expected to decrease mean precipitation in California, but changes in
hydroclimate extremes are likely to have more immediate and significant impacts on …

Extreme weather variability has long posed difficulties for food, energy, and water systems in
the Western US and is only projected to become more variable in a changing climate. The …