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What is the impact of oil shock scenarios on fixed-income markets - INVESTING.COM
BY Tanay Dhumal
Investing.com – Oil shock scenarios stemming from disruptions in the Strait of Hormuz could have wide-ranging consequences for global markets, with Europe likely to bear the brunt of the impact, according to UBS.
UBS said the outlook remains highly uncertain, with outcomes ranging from a short-lived supply disruption to a prolonged shock that materially alters inflation and growth dynamics.
In a relatively mild scenario, where disruptions ease quickly, oil prices could spike in the near term before stabilizing as supply routes normalize. In this case, the impact on the U.S. economy would be limited, but Europe would still face a modest slowdown due to its higher dependence on imported energy.
However, if disruptions persist for several weeks or months, the macroeconomic consequences become more pronounced. UBS estimates oil prices could rise toward or above $150 per barrel, driving a renewed surge in inflation across major economies.
While both the U.S. and Europe would see price pressures increase, the growth hit would be more severe in Europe, where energy costs play a larger role in industrial activity and household consumption.
In a more extreme scenario involving sustained damage to energy infrastructure and prolonged supply constraints, UBS warns that both the U.S. and Europe could slip into a technical recession. Inflation in Europe could remain elevated above 4% for an extended period, creating a stagflationary environment that complicates policy responses.
Central banks, particularly the European Central Bank, may be forced into a difficult balancing act between supporting growth and containing inflation.
The impact would also extend to financial markets, especially credit. UBS expects credit spreads to widen significantly under prolonged disruption scenarios, with high-yield bonds particularly vulnerable. While U.S. investment-grade credit has shown resilience so far, European credit markets are likely to underperform in the near term due to their greater exposure to energy shocks.
