Sustainable urban water management is crucial for meeting the growing demands of urban
populations. This study presents a novel approach that combines time series clustering …

Modelling drought is vital to water resources management, particularly in arid areas, to
reduce its effects. Drought severity and frequency are significantly influenced by climate …

Water level (WL) forecasting has become a difficult undertaking due to spatiotemporal
fluctuations in climatic factors and complex physical processes. This paper proposes a novel …

Water production, utilization and recycle in urban system associated with a large amount of
energy consumption and carbon emission that has increasingly international attention under …

Evapotranspiration (ETo) is one of the most important processes in the hydrologic cycle, with
specific application to sustainable water resource management. As such, this study aims to …

Accurate forecasting techniques for a stochastic pattern of water demand are essential for
any city that faces high variability in climate factors and a shortage of water resources. This …

Sanitary sewer systems are critical urban water infrastructure that protect both human and
environmental health. Their design, operation, and monitoring require novel modeling …

This research offers a novel methodology for quantifying water needs by assessing weather
variables, applying a combination of data preprocessing approaches, and an artificial neural …

Water treatment plants and disinfection by-products are a worldwide problem in the
provision of drinking water with disinfectants. However, in countries like Ethiopia, studies on …

Hydrological resource management, including crop watering and irrigation scheduling,
relies on reliable estimates of reference evapotranspiration (ETo). However, previous …