Federal Reserve Economic Data

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Treasuring cash

Why does the U.S. Treasury have so much cash at the Fed?

The graph above shows the operational account that the U.S. Department of the Treasury has with the Federal Reserve. This account is basically equivalent to the checking accounts individuals and businesses have with their banks. Indeed, the Federal Reserve acts as the U.S. government’s bank. And this account has plenty of funds to take care of expected cash payments, check clearing, and outstanding wires. In general, though, it’s a good idea to prevent an account balance from getting too large. The balance could be used to reduce debt or be spent on goods and services instead of earning very little interest. Yet, this account has had substantial balances since 2008, and they keep getting larger. Why?

The answer has to do with the Treasury’s response to the financial crisis of 2008. The Treasury assisted the Fed with the Supplementary Financing Program (SFP). In September 2008, the Treasury began issuing short-term debt and placing the proceeds at the Fed. This helped offset the large balances that other banks were holding at the Fed. The SFP has been empty since July 2011; yet, there are still large cash holdings to this date. There are two reasons for this: First, late in 2008 the Treasury suspended its cash reinvestment program. It used to make short-term loans to banks that needed liquidity. Given low interest rates and the fact that banks have been holding excess reserves, this program hasn’t been necessary, and so the Treasury is holding more cash. Second, since late 2015 the Treasury has been purposefully holding more cash to be prepared for any major disruptions, such as a potential cyber event or a systemic event like the crisis in 2008.

How this graph was created: Search FRED for “Deposits with Federal Reserve” and add the series to the graph.

Suggested by Glen Owens and Christian Zimmermann.

View on FRED, series used in this post: WTREGEN

How Y=C+I+G has evolved

70 years of quarterly national account data

FRED now has 70 years of quarterly national accounts data for the United States, which is an opportunity to look back at how the U.S. economy may have changed since 1947. In the graph above, we look at the three main expenditure components of real gross national product: real consumption, real investment, and real government expenses. They’re normalized to 100 for the first quarter of 1947, to make them more comparable.

The first thing to note is that these aggregates are now a multiple of what they were in 1947. Part of the growth comes from population growth and increases in labor force participation of women, but the majority is from productivity increases as a result of technological progress and new management and distribution techniques. Second, investment fluctuates wildly, which is no surprise to anyone who has studied economic fluctuations. Third, investment’s trend is steeper than consumption’s, while government expenses have increased markedly less since the 1990s. (Note: This does not include expenses related to redistribution.)

How this graph was created: Start at the real domestic product release. Check the three series, then click “Add to Graph.” From the “Edit Graph” tab, change units to “Index” with the date set at 1947-01-01, and click “Copy to all.”

Suggested by Christian Zimmermann.

View on FRED, series used in this post: GCEC1, GPDIC1, PCECC96

Dollar strength and the trade balance

Has the exchange rate shifted the U.S. trade balance?

The exchange rate is the price of one country’s currency in terms of another country’s currency. For example, an exchange rate of 100 Japanese yen to the U.S. dollar means that you can exchange a single U.S. dollar for 100 Japanese yen. The exchange rate is important for international trade because changes in exchange rates often alter the prices of imported and exported goods between countries. For example, if the U.S. dollar appreciates with respect to the Japanese yen, Japanese consumers have to give up more Japanese yen to buy the same dollar value of U.S. goods exported to Japan. In other words, appreciation of the dollar implies that U.S. goods become more expensive to foreigners. On the other hand, appreciation of the dollar tends to make goods imported from other countries cheaper for U.S. consumers. Because of these changes in relative prices, appreciation of the dollar tends to increase imports and decrease exports, thereby deteriorating the trade balance. The trade balance is the total value of imported goods minus the total value of exported goods. Depreciation of the dollar has the opposite effect, likely improving the trade balance.

The graph above shows this relationship between the trade balance and the exchange rate. The green line plots the trade-weighted U.S. dollar index, which is “a weighted average of the foreign exchange value of the U.S. dollar against the currencies of a broad group of major U.S. trading partners.” A higher value of the index indicates a stronger dollar. The blue line is the trade balance-to-trade volume ratio. The trade volume is the sum of the total value of imports and exports. We look at the ratio instead of the trade balance directly because globalization has led to higher volumes of international trade over time. The ratio gives the difference between exports and imports as a share of total trade, thereby controlling for higher volumes.

Over the past three decades, the trade-weighted dollar index has varied significantly. For example, from the second quarter of 1995 to the first quarter of 2002, the index increased from 90 to 127, an appreciation of the dollar of over 40 percent. The corresponding trade balance-to-trade ratio drops from around –6 percent to –16 percent. In general, we see a negative relationship between the exchange rate and the trade balance.

However, the influence of the exchange rate on the trade balance varies over time. The recent appreciation of the dollar of 20 percent from 2014 to 2016 worsened the trade balance ratio only slightly. The trade balance’s tepid response is likely because of other changes to trade conditions, such as tariffs and regulations. The persistence of the U.S. trade deficit is also noteworthy. Throughout the 22-year span covered in our sample period, the U.S. continuously ran a trade deficit despite the large variation present in the exchange rate. In other words, adjustments to the exchange rate have not removed the U.S. trade deficit even in the long run.

How this graph was created: Search for and add “Trade Weighted U.S. Dollar Index: Broad (TWEXB)” to the graph on the left axis. From the “Edit Graph” tab, add “Exports of Goods and Services (EXPGS) and Imports of Goods and Services (IMPGS) as Line 2. To do this, enter the formula (a-b)/(a+b) in the Line 2 tab. Finally, change the starting date to “1995-01-01.”

Suggested by Yili Chien.

View on FRED, series used in this post: EXPGS, IMPGS, TWEXB


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