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The oil and gas extraction boom gives 101%

FRED recently added a large amount of data on industrial production, capacity, and capacity utilization. These series let you dig around to see how various industries are faring. Here we look at an industry that’s been in the news recently: oil and gas extraction. The graph makes it clear that a lot of capacity has been added since the boom in fracking. If you look closely, you’ll notice that capacity utilization (essentially a ratio of production to capacity) was over 100% in June 2014, an impossibility caused by the imprecision of the estimation procedure for both underlying series. Note that June 2014 is also the month when U.S. gasoline prices peaked.

How this graph was created: Search for “capacity oil gas,” and the three series you want should be among your top choices. Select the monthly, seasonally adjusted series and add them to the graph. Use the right axis for capacity utilization to make the graph easier to read.

Suggested by Christian Zimmermann

View on FRED, series used in this post: CAPG211S, CAPUTLG211S, IPG211S

Does the market believe the change in oil prices is permanent?

Oil prices fell dramatically in the last half of 2014, from a high of $107.49 on June 13, 2014, to $54.14 on December 30, 2014, and continued to fall into early 2015. During the same period, a measure of 5-year inflation expectations declined in a similar way. The graph shows the unusual correlation between these two series from January 2014 to the present. The red line is the daily 5-year breakeven inflation rate from the beginning of 2014 to the present. (That breakeven inflation rate is computed from the difference between the 5-year Treasury inflation-protected security, or TIPS, and the 5-year Treasury and is a measure of market expectations of future inflation.) The blue line is the daily price of West Texas Intermediate crude oil.

Market expectations of the inflation rate 5 years out held steady for the most part from early 2013 to early 2014. On April 17, 2014, inflation expectations jumped up. After June 2014, oil prices fell precipitously, taking inflation expectations down with them. After January 27, 2015, oil prices stabilized and began to rise. Again, market inflation expectations rose.

While oil prices can pass through and affect other prices, the almost one-to-one movements in the two series seem to be unusual. Pass-through from oil to other prices is incomplete. If the price increase in oil was deemed to be temporary, the 5-year inflation rate would not move in unison with oil prices (little pass-through). In this case, it appears there’s at least some belief that the change in oil prices will persist, as there is substantial pass-through.

How this graph was created: Search for “crude oil prices,” select the series “Crude Oil Prices: West Texas Intermediate (WTI) – Cushing, Oklahoma,” and graph it on a daily frequency. Select the “Add Data Series” option: Search for “5-year breakeven inflation,” select the first series shown (“5-Year Breakeven Inflation Rate, Daily, Percent, NSA”), and add it as a new series. Select the “Edit Data Series 2” tab and change the y-axis position from left to right. Finally, set the start date to 2014-01-01.

Suggested by Michael Owyang and Hannah Shell.

View on FRED, series used in this post: DCOILWTICO, T5YIE

Routine European gasoline

The graph above tracks gasoline prices in Europe and the U.S. An American looking at the graph may be puzzled by the much smaller decline in Europe than in the U.S. Why the difference? One reason is that taxes on fuel are much higher in Europe, which means that a large fraction of the cost there hasn’t changed. The graph below shows another reason: The price of crude oil in euros actually hasn’t changed that much. The dollar price has declined a great deal, but the dollar has also strengthened significantly with respect to the euro, canceling out much of the decline. Indeed, the dollar price fell from about $110 to about $50. The euro price fell much less, from €80 to €50.

How these graphs were created: For the first graph, search for “europe transportation fuel price” and “gasoline CPI” (monthly, not seasonally adjusted) and add the series. To align both series at the recent peak price for the U.S., choose “Index (Scale value to 100 for chosen period)” for the units and 2014-06-01 for the date. For the second graph, search for “oil Brent” and select the monthly series. Then add the same series again as series 2. Finally, add the dollar/euro exchange rate to series 1 and apply transformation a/(b). (The parentheses in the formula simply make the label in the graph easier to read.)

Suggested by Christian Zimmermann.

View on FRED, series used in this post: CP0722EZCCM086NEST, CUUR0000SETB01, EXUSEU, MCOILBRENTEU

The price of fun

If we define fun as games, toys, and hobbies, then the European Union as a whole has kept the price of fun pretty steady over the past decade or so. Ireland has even managed to reduce the price of fun over the same period—perhaps more than any other European country. The price of fun in Turkey, on the other hand, has skyrocketed.

How this graph was created: Search for “games,” scroll through the available countries, and select the series you’d like to graph.

Suggested by George Fortier

View on FRED, series used in this post: CP0931EU27M086NEST, CP0931IEM086NEST, CP0931TRM086NEST


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