Abstract ID: 3.12465 | Accepted as Poster | Talk/Oral | TBA | TBA

The Hindu-Kush Himalaya (HKH), the world’s highest and most fragile alpine ecosystem highlighted for its physiological and social diversity, is experiencing increasing threats from catastrophic events such as landslides, glacial lake outburst floods (GLOFs), and seismic activity. This study concentrated on the complicated nature of science-policy interaction and underlined the essential function of effective communication in reducing these potential hazards. We study how scientific results can be translated into effective policy and then propagated to varied stakeholders within the HKH region through a range of disciplines. To improve catastrophe resilience, the study adopts a comprehensive framework that combines scientific understanding, policy design, and methods for communication. We identify obstacles in existing science-policy communication channels and propose innovative approaches to bridge gaps using case studies and empirical analysis. Our research emphasizes the importance of developing a comprehensive awareness of the region’s social, economic, and cultural characteristics in order to build methods of communication that resonate with local populations and decision-makers. The key findings of the study emphasize the importance of open and accessible communication channels that allow scientists, policymakers, and vulnerable individuals to exchange knowledge. We look at how developing technologies like remote sensing and GIS tools might help improve hazard assessment accuracy and early warning systems. In addition, the paper investigates the problem of combining scientific precision with the need for clear, understandable communication in order to create successful risk communication. The study adds to the existing debate in the HKH region about disaster risk reduction and sustainable development. By unravelling the complexities of the science-policy interface and emphasizing the integral role of communication, this study provides practical recommendations for policymakers, scientists, and communication professionals to collaboratively address and mitigate the escalating risks posed by catastrophic hazards in the vulnerable HKH region. Finally, the proposed framework aims to foster resilience, empower local communities, and educate evidence-based decision-making.