Abstract: Design storms are an essential element in the design of urban drainage systems. While it is accepted that systems optimized with respect to design storms should perform well under similar rainfall conditions, there is a ...

Abstract: Water distribution systems are becoming increasingly vulnerable to cyber-physical attacks as they are further augmented with otherwise helpful monitoring and control devices. Simulating the hydraulic responses of networks ...

Abstract: Massive investments in hydropower are transforming several river basins across the world—especially in developing countries, where hydroelectricity is often seen as a means to sustain economic growth. While the environmental ...

Abstract: Seasonal streamflow forecasts are becoming widely used to improve water reservoir operations, especially in areas where climate teleconnections enable predictability on medium and long lead times. Most existing studies ...

Abstract: Low-impact development (LID) comprises a broad spectrum of stormwater management technologies for mitigating the impacts of urbanization on hydrological processes. Among these technologies, green roofs are one of the most ...

Abstract: The sustainable urban water management paradigm is based on the idea that water supply, storm water drainage, and wastewater disposal are interrelated resources that can increase the sustainability at the urban scale. In ...