Adaptation to climate change has now become a necessity for many regions. Yet, adaptation
planning at regional scales over the next few decades is challenging given the …

The Colorado River is a critical water resource in the southwestern United States, supplying
drinking water for 40 million people in the region and water for irrigation of 2.2 million …

Abstract Machine-learning algorithms have shown promise for streamflow forecasts,
reservoir operations, and scheduling, but have exhibited lower accuracy in predicting …

Baseflow is critical to sustaining streamflow in the Upper Colorado River Basin. Therefore,
effective water resources management requires estimates of baseflow response to climatic …

Abstract “Deep uncertainty” is a term that describes planning contexts in which it is
impossible to determine the likelihood of any given set of future conditions, there are …

Much has been learned about Colorado River hydrology since the severe sustained drought
study in 1995. We summarize our updated understanding of plausible future drought …

The Colorado River is a principal source of water for 40 million people and farmlands in
seven states in the western US and the Republic of Mexico. The river has been under …

Streamflow prediction plays a vital role in water resources planning in order to understand
the dramatic change of climatic and hydrologic variables over different time scales. In this …

The accurate partitioning of precipitation is important for snowpack and streamflow
simulations in mountainous regions. However, most hydrologic models employ a partitioning …

Continued climate warming is reducing seasonal snowpacks in the western United States,
where> 50% of historical water supplies were snowmelt‐derived. In the Upper Colorado …