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Bl.1.1 Market responses to price shocks

COMMODITY MARKETS CHAPTER 1 41

BOX 1.1 Comparing the effects of the war in Ukraine on commodity markets with the effects of earlier shocks (continued)

FIGURE B1.1.1 Market responses to price shocks

Commodity prices (in nominal terms) rose sharply following the start of the war in Ukraine, particularly for commodities for which the Russian Federation and Ukraine are key exporters. Price increases from April 2020 to April 2022 were the largest for any equivalent two-year period since 1973 for energy and 2008 for fertilizers and food.

A. Energy price changes B. Fertilizer price changes

C. Food price changes D. Real energy prices during price spikes

Sources: Bloomberg; World Bank. A.-C. All prices in nominal U.S. dollar terms. Charts show the percent change in monthly price indexes over a twoyear period. The last observation is based on April 2022 data. Because of data limitations, the energy price change before 1979 is proxied by the price of oil. D. Chart shows the annual price of coal, Brent crude oil, and European natural gas, deflated using U.S. Consumer Price Index. Data for 2022 reflect forecasts from World Bank (2022). bbl = barrel of crude oil.

Policy responses during previous shocks

Energy

The global oil market has experienced three major price increases during the past 50 years. The first occurred in 1973 when several Gulf members of the Organization of the Petroleum Exporting Countries imposed an oil embargo on exports to the United States and its allies following the Yom Kippur War. The second occurred in 1979 as a result of the Iranian revolution and was intensified by the Iran-Iraq war leading to a tripling in oil prices within a year. The third

42 CHAPTER 1 C O M M O D I TY M A R K E TS

BOX 1.1 Comparing the effects of the war in Ukraine on commodity markets with the effects of earlier shocks (continued)

took place during the 2000s in a more gradual fashion as a result of strong demand in emerging market and developing economies (EMDEs), especially in China and India, with a spike in prices in 2008 and again in 2011-14 (Baffes et al. 2018).

The oil price spikes of the 1970s triggered a number of policy responses, which, alongside market forces, became the catalyst for demand reduction, substitution by other fuels, and the development of new sources of energy. After the first oil price shock, several members of the Organisation for Economic Co-operation and Development set up the International Energy Agency in 1974 to safeguard oil supplies under a binding oil emergency sharing system, and to promote common policy making and data collection and analysis. Key policy decisions included the requirement to create national oil reserves equal to 60 days of imports (later expanded to 90 days) and a ban on building new oil-fired electricity plants, which included a directive to switch to coal (enacted in 1977; Scott 1994). Additional policies were adopted after the second oil price shock, with member countries agreeing to reduce oil demand by 5 percent.

Policies varied at the country level. In the United States, price controls on oil (which had first been imposed in 1971, before the oil price shocks) contributed to shortages of oil products and were followed by the implementation of fuel allocation programs. These policies were generally deemed to have impeded the normal functioning of markets and led to significant distortions (McNally 2017). The country subsequently implemented numerous policy measures to address the underlying demand and supply imbalance with the Energy Policy and Conservation Act of 1975. On the demand side, measures included energy conservation programs as well as regulations such as the prohibition of the use of crude oil in electricity generation, and improved fuel efficiency standards for new automobiles and consumer appliances. The average fuel efficiency of U.S. autos rose from 13 miles per gallon in 1973 to 20 miles per gallon by 1990 (figure Bl.1.2). On the supply side, measures included price incentives and production requirements to increase the supply of fossil fuels, including loan guarantees for new coal mines. The act also mandated the creation of the Strategic Petroleum Reserve and measures to improve data, which led to the formation of the Energy Information Administration. In addition, in 1979, the United States announced it would eliminate price controls for oil (which it did in January 1981), allowing market forces to address imbalances in supply and demand (Ilkenberry 1988).

In Japan, policies focused on measures to reduce energy use, develop alternative sources of energy to oil (notably nuclear power), and stabilize the supply of oil to Japan, for example through joint ventures with other countries (Shibata 1982).

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