The Use of Derivative Instruments to Hedge Oil Price Volatility Risks: An Analytical Study
DOI:
https://doi.org/10.36325/ghjec.v21i3.21090.Keywords:
Derivative instruments – Financial hedging – Oil price volatility – Futures contracts – Financial options – Financial stability – Risk management.Abstract
This research aims to study the effectiveness of the use of derivative financial instruments in hedging against oil price fluctuations in the Iraqi environment, due to the dependence of the Iraqi economy almost completely on oil revenues and the consequent exposure of the general budget and financial balance to severe external shocks. The research was based on a descriptive-analytical approach supported by comparisons between the main derivative instruments (futures, options, swaps), with a review of the relevant literature and analysis of the implications of these instruments on financial stability. The results showed that the use of financial derivatives contributes to reducing the degree of exposure to price volatility risks, but the effectiveness of these tools in Iraq is still limited by the lack of legislative structure, weak local financial markets, and lack of technical expertise in risk management. The research concluded that it is necessary to develop the institutional and legislative framework and adopt modern financial hedging mechanisms to ensure the sustainability of economic stability.
The study also included an analysis of the relationship between the level of hedging and net income, and concluded that organizations using hedging tools achieve better financial stability compared to those that do not use them. It also showed that the effectiveness of hedging increases the higher the degree of volatility of oil prices, which supports the need to adopt flexible hedging policies based on careful market analysis. The research recommended the need to train financial cadres, adopt advanced analysis models, and encourage the adoption of hedging strategies as part of the overall financial structure of institutions, especially in environments suffering from high oil volatility.
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