Safe havens, machine learning, and the sources of geopolitical risk : a forecasting analysis using over a century of data
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Date
Authors
Gupta, Rangan
Karmakar, Sayar
Pierdzioch, Christian
Journal Title
Journal ISSN
Volume Title
Publisher
Springer
Abstract
We use monthly data covering a century-long sample period (1915–2021) to study
whether geopolitical risk helps to forecast subsequent gold volatility. We account
not only for geopolitical threats and acts, but also for 39 country-specific sources
of geopolitical risk. The response of subsequent volatility is heterogeneous across
countries and nonlinear. We find that accounting for geopolitical risk at the country
level improves forecast accuracy, especially when we use random forests to estimate
our forecasting models. As an extension, we report empirical evidence on the predictive value of the country-level sources of geopolitical risk for two other candidate
safe-haven assets, oil and silver, over the sample periods 1900–2021 and 1915–2021,
respectively. Our results have important implications for the portfolio and risk-management decisions of investors who seek a safe haven in times of heightened geopolitical tensions.
Description
DATA AVAILABITY STATEMENT: The authors declare that they will make available the data and computer used to derive
the results documented in this research upon request.
Keywords
Gold, Geopolitical risk, Forecasting, Returns, Volatility, Random forests, SDG-08: Decent work and economic growth
Sustainable Development Goals
SDG-08:Decent work and economic growth
Citation
Gupta, R., Karmakar, S. & Pierdzioch, C. Safe Havens, Machine Learning, and the Sources of Geopolitical Risk: A Forecasting Analysis Using Over a Century of Data. Comput Econ 64, 487–513 (2024). https://doi.org/10.1007/s10614-023-10452-w.