Application of Sponge City concept to address the issues of stormwater management in urban areas : Prohlis, Dresden

Abstract

This thesis examines the application of the Sponge City concept as a sustainable stormwater management strategy in Dresden's Prohlis district. It investigates Sponge City's characteristics and benefits for stormwater retention and reuse, such as permeable pavements, rain gardens, and bioretention ponds. The study emphasizes the importance of including social, economic, and environmental elements in urban planning to promote a sustainable and high-quality urban lifestyle. It addresses the issues raised by rising urbanization and climate change, including the increased frequency of extreme weather events like floods and droughts. The thesis emphasizes the importance of resilient infrastructure in managing these repercussions effectively. This study analyses existing literature, case studies, and urban water management systems to give policymakers, urban planners, and stakeholders practical advice. It suggests customized Sponge City characteristics for Prohlis to improve stormwater management, increase biodiversity, lower the urban heat island effect, and promote public health. The findings show that, while the Sponge City concept is unique and intriguing, it will require careful planning, finance, and stakeholder participation to be implemented successfully. The report also emphasizes the significance of incorporating renewable energy options, such as solar panels, in order to power urban infrastructure responsibly. Overall, this study adds to the greater discussion of sustainable urban development and climate resilience by providing insights and practical answers for communities facing similar difficulties around the world.