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Abstract(s)
This study delves into the complexities of energy commodity futures and clean energy indexes, analyzing their
responses to geopolitical risk. The detrended fluctuation analysis was applied, and the efficiency index was
estimated to assess energy market behavior better. This approach allows the evaluation of long-range depen
dence and market efficiency. The findings show evolving patterns influenced by significant geopolitical events
such as the COVID-19 pandemic and geopolitical conflicts. Transfer entropy analysis also uncovers directional
dependence between energy markets and geopolitical risk, highlighting energy commodities’ influential (or
anticipated) role on geopolitical indexes. The dynamic analysis emphasizes time-varying relationships, with
fluctuations notably impacted by global events like the European sovereign debt crisis and escalating geopolitical
tensions. Additionally, clean energy indexes exhibit sensitivity to geopolitical risk, offering valuable insights into
market behavior and informing risk management strategies. The study highlights the complex and dynamic
relationships between energy markets and geopolitical factors and provides useful information for investors and
policymakers on energy markets.
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Keywords
Energy markets Geopolitical risk index Detrended fluctuation analysis Informational efficiency Transfer entropy Sliding windows
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