The predictable water shortage crisis is intensifying due to frequent extreme weather caused
by climate change and human activities. Motivated by urgent practical needs of more …

Forecast uncertainty in real-time flood forecasting is the primary source of risk regarding
reservoir flood control operation, affecting both reliability and safety of the entire system …

The process of designing the support system of a subway station using a concrete arch pre-
supporting system (CAPS) construction method includes an estimation of design variables …

Forecast errors of multiple information sources of a cascade hydropower system cause risks
of water and energy supply in real‐time operation. Mechanisms minimizing multiple risks …

In this study, a new stochastic model based on Conditional Value at Risk (CVaR) and multi-
objective optimization methods is developed for optimal placement of sensors in water …

One major challenge in water resource management is to balance the uncertain and
nonstationary water demands and supplies caused by the changing anthropogenic and …

Flood water conservation realized through real-time multireservoir operations is effective in
mitigating water scarcity. Owing to the influence of real-time inflow forecast uncertainty …

An interval-based two-stage risk analysis (ITRA) method is developed for planning water
resource systems associated with uncertainties presented in terms of probability …

We study a risk-averse approach to multistage stochastic linear programming, where the
conditional value-at-risk is incorporated into the objective function as the risk measure. We …

The reservoir optimal operation depends on not only specific characteristics of reservoirs
and hydropower stations but also stochastic inflows. The key issue of actual hydropower …