Smart Urban Water Management in Green Spaces

Abstract

The research aims to address the environmental challenges facing green spaces in modern cities, with particular focus on water pollution and its negative effects on ecosystems, soil, and biodiversity. The primary purpose is to explore smart urban water management strategies that enhance the sustainability and health of green spaces. The research adopts a qualitative analytical methodology, incorporating global case studies such as Singapore and Thailand, where innovative approaches to water resource management have been successfully implemented. These international examples provide valuable insights into the integration of smart technologies, including advanced irrigation systems, rainwater harvesting, and the use of vegetation into sustainable urban planning. By highlighting the lack of awareness surrounding these solutions, the research emphasizes the importance of adopting smart systems such as advanced irrigation techniques, rainwater harvesting, and native plant cultivation. The results show that implementing such methods not only reduces the environmental impact of urbanization but also ensures the long –term viability of green areas. The study concludes that smart water management is not only a technical solution but a necessary framework for ensuring a balanced relationship between environmental protection and urban growth.