Abstract: A short-term operation model is developed for optimal operation of hydraulically coupled hydropower plants. The model uses mixed integer nonlinear programming as an optimization tool. An innovative method is proposed to ...

Abstract: New optimization and variants of quantile-based methods are developed for bias corrections of monthly and daily general circulation model (GCM)-based statistically downscaled precipitation data. These methods use optimization ...

Abstract: Assessment of stationarity in any hydroclimatic time series is a vital task for hydrologic design and climate change assessments. Methods that rely on the presence of statistically significant trends or change points to ...

Abstract: Design storms are used for the sizing of urban drainage systems and for delineating floodplains. Recorded rainfall extremes are commonly used to develop design storms with the assumption of stationarity. However, the ...

Abstract: Assessment of radar-based precipitation estimates using rain gauge observations is a critical exercise in evaluating pre-and postcorrected (gauge-adjusted) radar-based precipitation data. A comprehensive assessment framework ...

Abstract: Assessment of radar-based precipitation estimates using rain gauge observations is a critical exercise in evaluating pre-and postcorrected (gauge-adjusted) radar-based precipitation data. A comprehensive assessment framework ...

Abstract: Operations of multipurpose hydraulic structures in coastal regions and inland are severely impacted during high water levels, whether accompanied by local precipitation extremes or not. The operational and discharge ...