Climate change introduces substantial uncertainty to water resources planning and raises
the key question: when, or under what conditions, should adaptation occur? A number of …

The state of the art for optimal water reservoir operations is rapidly evolving, driven by
emerging societal challenges. Changing values for balancing environmental resources …

Computer models are essential tools in the earth system sciences. They underpin our
search for understanding of earth system functioning and support decision-and policy …

Reservoir operation optimization aims to determine release and transfer decisions that
maximise water management objectives such as ensuring a reliable water supply …

Multireservoir systems require robust and adaptive control policies capable of managing
hydroclimatic variability and human demands across a range of time scales. This is …

A water resource modeling process is demonstrated to support multistakeholder
negotiations over transboundary management of the Nile River. This process addresses the …

Climate change impacts are increasingly complex owing to compounding, interacting, and
cascading risks across sectors. However, approaches to support Disaster Risk Management …

Severe droughts can result in shortages of water supplies, with widespread social and
economic consequences. Here we use a coupled simulation model to assess the reliability …

Planning under deep uncertainty, when probabilistic characterizations of the future are
unknown, is a major challenge in water resources management. Many planning frameworks …

Increasingly severe droughts are straining municipal water resources and jeopardizing
urban water security, but uncertainty in their duration, frequency, and intensity challenges …