This paper develops and evaluates rule curves of reservoir operation and compares them
for baseline and future periods. The rules are calculated by genetic programming (GP). Also …

This paper presents a methodology to achieve the identification of optimal hedging rules for
operating reservoir systems, seeking to mitigate the drought impacts. The heuristic Particle …

This study focuses on the analysis of uncertainties in hydrologic series and their impact on
water resources management decisions. The methodology is based on Monte Carlo …

The construction of water transfer projects can have a considerable impact on the operation
of the receiving reservoir. This study investigates the change of the objective trade-offs in …

Traditional genetic programming (TGP) is herein enhanced by the addition of logical
operators to form logical genetic programming (LGP). The LGP approach is applied to …

An alternative procedure for assessment of reservoir Operation Rules (ORs) under drought
situations is proposed. The definition of ORs for multi-reservoir water resources systems …

An alternative procedure for drought risk assessment and for the mitigation of drought risk is
proposed in the paper. An analysis of the relationship between failure of water supply …

Anthropogenic climate change potentially causes water shortages over different spatial and
temporal scales. Over the coming decades, the impact of climate change would be tangible …

This work focuses on low flow indices that are commonly evaluated at gauged sites from
observed streamflow time series. Hydrological data are not always available at the site of …

The climate non-stationarity poses a challenge to regional water resources and raises the
question that how and where the impact of internal mechanism interacts with forcing of …