Enhancing Water Resilience: Integrating River Hydraulics and Green Economic Policies for Disaster Mitigation

Water resources are vital for human survival, economic growth, and ecosystem health. However, the pressures of climate change, rapid urbanization, and unsustainable water use are intensifying global water challenges. Rivers, crucial freshwater sources, are particularly vulnerable to flooding and drought, which are increasingly common due to climate variability. These extreme weather events disrupt water availability, affecting agriculture, industry, and communities.Disaster-resilient water governance addresses these challenges by integrating adaptive management strategies that enhance river systems' ability to recover from climate shocks. This approach combines hydraulic engineering with green economic policies to create sustainable water solutions. Hydraulic models predict river behavior under changing conditions, while nature-based solutions—such as wetland restoration and riparian vegetation—improve resilience.Green economic policies, promoting water conservation and efficient practices, support sustainable water use. By merging hydraulic science with green economics, disaster-resilient water governance can ensure long-term water security, reduce risks, and protect ecosystems in the face of climate change.The goal of this Research Topic is to explore innovative approaches to disaster-resilient water governance that integrates river hydraulics with green economic policies to address the growing challenges of climate change. As water scarcity, floods, and droughts become more frequent and severe, this Research Topic aims to present solutions that enhance the resilience of river systems and water management strategies. By combining advanced hydraulic modeling with nature-based solutions and sustainable economic practices, the Research Topic will highlight how integrated approaches can optimize water use, mitigate disaster risks, and promote environmental sustainability. Key topics will include flood and drought risk reduction, water conservation, eco-friendly infrastructure, and adaptive management techniques. The Research Topic seeks to foster interdisciplinary research that bridges the gap between technical hydraulic engineering and green economic frameworks, offering a comprehensive path toward ensuring water security and resilience in a changing climate.The Research Topic calls for contributions including original research, reviews, and case studies that illustrate the fusion of river hydraulics with green economic strategies for robust, disaster-resilient water governance. We welcome articles addressing, but not limited to, the following themes:-Advanced hydraulic modeling techniques for managing floods and droughts-Nature-based solutions such as wetland restoration-Green economic policies encouraging water sustainability-Hydro-ecological Restoration of Degraded Watersheds-Ecological Flow Requirements and River Health Submissions should emphasize how multidisciplinary approaches can fortify the resilience and sustainability of river systems amidst climate changes. Topic editors: Vikram Kumar, Upaka Rathnayake, Jahangeer Jahangeer, Rajneesh Singh Source: https://www.frontiersin.org/research-topics/72261/enhancing-water-resilience-integrating-river-hydraulics-and-green-economic-policies-for-disaster-mitigation