Catastrophic risks : a bibliometric analysis

Abstract

This dissertation presents a comprehensive bibliometric analysis of catastrophic risks, offering a complete view of the evolving landscape in this critical field. Catastrophic risks, spanning natural disasters, pandemics, and other global threats, have garnered increasing attention in recent years. A rigorous analysis was undertaken to elucidate the key trends, influential contributors, and emergent themes in this multifaceted domain. The analysis employed a rich dataset derived from Scopus, encompassing a vast array of publications, articles, and authors. Through innovative bibliometric techniques, this study dissected the research landscape, presenting pivotal findings. The research questions guiding this study included the identification of dominant themes, influential authors and institutions, shifts in research focus over time, and financial instruments for risk transfer. The results uncovered a dynamic field, with the prevalence of research themes oscillating in response to global events and societal needs. Key contributors emerged, shaping the discourse and driving innovation in catastrophic risk mitigation. A chronological analysis illustrated transformative periods in research emphasis, reflecting the evolving nature of these risks. Financial instruments such as catastrophe bonds and optimal reinsurance were identified as critical mechanisms for risk transfer. However, this dissertation also acknowledges certain limitations, including the reliance on a single database and the potential omission of non-English or non-open-access publications. These limitations emphasise the need for further research refinement. In conclusion, this dissertation advances the comprehension of catastrophic risks. It provides essential insights for policymakers, researchers, and practitioners seeking to navigate the intricate landscape of risk mitigation and preparedness. The research findings emphasise the urgency of interdisciplinary collaboration and the imperative to expand research databases for a more holistic understanding of catastrophic risks.