Author(s): John Doe and Maria Gonzalez

Abstract: Urbanization has led to significant alterations in natural hydrological systems, resulting in increased stormwater runoff, which poses severe challenges to urban planning and environmental management. The escalating urban development, coupled with climate change, necessitates innovative solutions for managing stormwater. Conventional methods, such as stormwater drains and retention ponds, have proven inadequate in mitigating the volume and quality of runoff. As cities expand, integrating sustainable stormwater management (SSWM) techniques becomes imperative for improving water quality, reducing flood risks, and promoting environmental sustainability. Innovative approaches, such as green infrastructure, permeable pavements, green roofs, and rainwater harvesting, offer promising alternatives to traditional systems. These techniques not only manage stormwater but also enhance urban biodiversity, improve air quality, and reduce the urban heat island effect. This paper explores the role of innovative stormwater management systems in urban areas, examining the effectiveness, feasibility, and long-term benefits of these approaches. The integration of natural systems with engineered solutions, through the implementation of urban design strategies, provides an opportunity to foster resilience in cities. The paper further investigates the economic, social, and environmental implications of adopting green infrastructure practices in urban stormwater management. A comprehensive review of existing literature on case studies and pilot projects demonstrates the potential for scalable, nature-based solutions to reduce the adverse impacts of urbanization on the hydrological cycle. Through this analysis, the paper seeks to highlight the importance of rethinking urban water management and proposes a framework for the implementation of sustainable stormwater management practices in urban areas. The findings underscore the need for innovative, holistic, and context-specific approaches to address the stormwater management crisis.

DOI: 10.22271/27078302.2026.v7.i1a.80

Pages: 17-20 | Views: 2 | Downloads: 2

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