Federal Reserve Economic Data

The FRED® Blog

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

More on churning in the labor market

The U.S. labor market churns with hirings and firings. The graph above represents this dynamic situation: In red (in negative territory) are all the job separations and in blue (in positive territory) are all the new hires. The end result is the net creation of jobs, shown in white. The series used here are not seasonally adjusted, so one can easily see strong patterns—both throughout individual years and during recessions and booms.

How this graph was created: Search for “Hires: Total Nonfarm” (level in thousands, not seasonally adjusted) and graph that series. Add the series “Total Separations: Total Nonfarm” (level in thousands, not seasonally adjusted). Transform the latter series by applying the formula -a. Create a third series, again using “Hires: Total Nonfarm” (level in thousands, not seasonally adjusted). Choose white for the third series. Add “Total Separations: Total Nonfarm” (level in thousands, not seasonally adjusted) to the third series. Transform the third series using the formula a-b. Then choose graph type “Area.”

A previous post also covered this topic.

Suggested by John Chilton

View on FRED, series used in this post: JTUHIL, JTUTSL


Back to Top