The optimal use of available resources is of paramount importance in the backdrop of the
increasing food, fiber, and other demands of the burgeoning global population and the …

This paper presents a short history of water resources systems analysis from its beginnings
in the Harvard Water Program, through its continuing evolution toward a general field of …

We present a forecast‐based adaptive management framework for water supply reservoirs
and evaluate the contribution of long‐term inflow forecasts to reservoir operations. Our …

Uncertain quantities are often described through statistical samples. Can samples for
numerical weather forecasts be generated dynamically? At a great expense, they can. With …

Considerable research effort has recently been directed at improving and operationalising
ensemble seasonal streamflow forecasts. Whilst this creates new opportunities for improving …

Gathering the right kind and the right amount of information is crucial for any decision-
making process. This book presents a unified framework for assessing the value of potential …

This study explores the maximization of hydropower generation by optimizing reservoir
operations based on short-term inflow forecasts derived from publicly available numerical …

When employing streamflow forecasting in practical applications, such as reservoir
operation, one important issue is to deal with the uncertainty involved in forecasting …

This work examines future flood risk within the context of integrated climate and hydrologic
modelling uncertainty. The research questions investigated are (1) whether hydrologic …

The improvement of a forecasting system and the continuous evaluation of its quality are
recurrent steps in operational practice. However, the systematic evaluation of forecast value …