Dear Colleagues,

It is well known that urban areas are particularly sensitive to a changing climate. The increase in rainfall intensity contributes to an increase in the risk of flooding, and the increase in impervious areas hinders the natural infiltration of rainwater into the ground, intensifying the effects of droughts. Under such conditions, the interest in water management within the circular economy model is growing, and the implementation of the Sustainable Development Goals is becoming more important.

The existing literature proves that sustainable stormwater management has many advantages that can be considered on various levels, including social, economic and environmental levels. The most important advantages include flood protection, improving the condition of watercourses and the possibility of using rainwater as an alternative source of water.

To effectively manage stormwater, it is crucial to monitor and analyze meteorological and hydrological data. The use of real-time forecasting, supported by machine learning technologies, allows for faster and more accurate identification of potential flood threats. Thanks to modern technologies, such as warning systems based on advanced forecasts and smart drainage systems, decision-makers can better predict and respond to potential flood events. The implementation of these strategies can maximize the benefits of sustainable stormwater management.

Considering the impact of stormwater management on human life and health, the aim of this Special Issue is to present modern methods for stormwater management. Papers devoted to the analysis of the functioning of various types of drainage systems and facilities, technical parameters of the systems, and the use of modern methods and tools in flood risk management will be welcome.

Dr. Sabina Kordana-Obuch
Dr. Mariusz Starzec
Guest Editors

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• blue, grey, and green infrastructure
• hydrodynamic modeling
• urban floods and droughts
• pipeline renovation and rehabilitation
• low impact development (LID)
• rainwater harvesting
• managing stormwater in the circular economy model
• water-energy nexus
• smart drainage systems
• machine learning in stormwater management