Manuscript Topics

Floods are among the most devastating natural disasters, causing widespread destruction and loss of life globally. Traditional flood research primarily focused on understanding hydrological and engineering aspects, but a paradigm shift towards a holistic approach has emerged. This new perspective recognizes that floods are complex phenomena with far-reaching social, environmental, and economic implications.

The holistic approach to flood research encompasses a multidisciplinary lens that integrates scientific, social, economic, and environmental factors. Rather than viewing flood events as isolated incidents, this approach examines the interactions between natural systems and human activities. This comprehensive outlook provides researchers with a deeper understanding of the underlying causes and enables the development of effective mitigation strategies.

While the holistic approach embraces various disciplines, the central pillars remain the geographical, hydrological and engineering methods. By synergistically combining these approaches, a more comprehensive understanding of flood dynamics can be achieved leading to the development of robust mitigation measures.

Geospatial data, remote sensing, hydraulic modelling, and infrastructure design play pivotal roles in this interdisciplinary approach. These technologies aid in better preparation, response and recover from flood events while addressing the social, economic and environmental implications.

The holistic approach to flood research is a crucial step towards building resilient communities capable of confronting the challenges posed by floods. By understanding the interconnectedness between natural systems, human activities, and societal factors, we can develop effective and sustainable flood management strategies. Embracing this holistic perspective will not only mitigate the impacts of floods but also promote sustainable development and safeguard the well-being of communities and ecosystems, even in the face of an uncertain future.

Potential Topics:

• Social Vulnerability and Flood Risk
• Climate Change and Flood Frequency
• Ecosystem-based Flood Management
• Community Engagement and Flood Preparedness
• Urban Planning and Flood Resilience
• Flood Early Warning Systems
• Hydrological Modelling and Flood Forecasting
• Nature-Based Solutions for Flood Mitigation
• Public Health and Humanitarian Impacts of Floods

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