Author(s): Gabriele Freni; Mariacrocetta Sambito
Linked Author(s): Gabriele Freni, Mariacrocetta Sambito
Keywords: Net Zero and Water; climate change; urban water demand; rising temperatures; precipitation patterns; water scarcity; hydrological cycle; socio-economic factors; adaptation strategies; urban populations; predictive modeling; integrated water management; digital transitions; water supply systems; water resources; Gabriele Freni, Mariacrocetta Sambito diversification; resilience; sustainability; urban planning; Gabriele Freni; Mariacrocetta Sambito
Abstract:
The increasing impacts of climate change are dramatically reshaping urban water demand, posing significant challenges for cities worldwide. As rising temperatures and shifting precipitation patterns lead to warmer and drier conditions, urban centers face an escalating demand for water to support residents, businesses, and green spaces. This intricate interplay between climate variability and water needs makes it necessary to develop and implement robust adaptation strategies. Research indicates that climate change not only intensifies existing water scarcity but also strains the hydrological cycle and exacerbates the complex socio-economic factors driving water demand. As urban populations continue to expand, particularly in densely populated and developing regions, insights into predictive modeling and integrated water management become crucial. Furthermore, innovative strategies such as digital transitions in water supply systems and diversification of water resources are being explored to enhance resilience, mitigate climate change effects, and promote sustainability. These approaches pave the way for sustainable urban planning and underscore the need for interdisciplinary efforts to ensure a secure water future in the face of climate challenges.
Year: 2024