Ignore The Highly Anticipated Yield Curve Inversion

Includes: DIA, QQQ, SPY
by: Simrit Jhita

Some claim the yield curve has accurately predicted market downturns and recessions in the past.

Investors may assume a yield curve inversion alone is a good indicator to exit equities.

I looked at whether a negative ten and two-year treasury spread has resulted in additional risks for the Dow Jones Index between 1976 and 2016.

An inverted yield curve did not translate to higher forward drawdowns or historical volatility, nor did it result in negative average returns.

Call to Action

Investors should use caution before implementing claims on television about the yield curve. Binary decisions solely made on the shape of the yield curve have not mitigated volatility and drawdowns in the past. Even if past decisions based on the inversion of the yield curve did lead to risk mitigation, this should not be expected on a forward basis due to its popularity and lack of consistency in other countries.

Yield Curve Overview

The yield curve spread is usually defined as the difference between the two and ten-year treasury yields. If the difference between the ten and two-year is negative, then the yield curve is inverted. A positive difference between the ten and two-year is normal. It is said that an inverted yield curve is a leading indicator of recessions with previous yield curve inversions not always leading to recessions, but every recession has had a yield curve inversion precede it.

Source: FRED Economic Data

The historical pattern is that the yield curve will invert, return to a normal shape after the Fed indicates cutting rates, and then the economy will enter a recession within the next couple of years. Based on this pattern, an investor might think that an inverted yield curve alone should signal higher forward risks than a normal yield curve in terms of volatility, drawdowns, and negative market returns compared to a normal curve, but this is not the case for the Dow Jones index.

Calculations Overview

I averaged forward drawdowns, realized 1-month volatility, and returns on one, two, and five-year periods for each trading day from 1976 to 2016 based on the previous day’s yield curve. I then separated these metrics into periods where the ten and two-year treasury spread (yield curve) had a negative or flat spread (inverted curve) and where the spread was positive (normal curve). This means that the average one-year drawdown for normal curve indicates the average one-year forward drawdown on the Dow Jones Index for each trading day where the ten-year yield was higher than the two-year yield.

Similar Drawdowns in Normalized Time Periods

One of the main risks that investors look to mitigate is drawdown risk. A drawdown is defined as how far down a stock trades relative to its historical high. Long-only investors usually experience large drawdowns during economic recessions. If it were possible for an investor to reliably call market tops and avoid large market drops, they would achieve exceptional returns.

Source: Portfolio Visualizer

One might think that an inverted yield curve alone would signal higher risks in the future and using it as a trading signal is a good idea. If an investor sold a Dow Jones index fund when the yield curve inverted and bought when the yield curve returned to a normal shape, they would be disappointed. Large drawdowns have occurred during non-recessionary periods and periods where the yield curve has had a normal shape. Average drawdowns in both normal and inverted yield curve periods are similar:

Sources: Quandl and FRED Economic Data

Volatility Was Similar

On 1 and 5-year periods, average 1-month realized volatility was nearly identical. The main exception was with the 2-year period where volatility was roughly 1.5% higher for the inverted curve. This difference can largely be attributed to higher realized volatility levels seen in the early and late 00’s, but it should be noted that the additional volatility did not result in negative average returns.

Sources: Quandl and FRED Economic Data

Average Returns Were All Positive

Average returns were different within each rolling period, but this can be attributed to different earnings growth and multiple expansion levels between periods of normalized and inverted yield curves. Although this might seem like investors should expect better returns in a normalized yield curve period, investors should note that every period averaged a positive return and that the returns do not factor in dividends, inflation, or interest rates.

Sources: Quandl and FRED Economic Data

Sources: Quandl and FRED Economic Data

Investors should also note that there is not a significant linear relationship between the yield curve shape and forward two-year returns, with a flat yield curve experiencing worse returns than an inverted curve and an R-squared value of only 0.0091.


Even if investors were to wait for the yield curve to normalize after inverting to cash out of equities, there is an issue with finding an optimal time to re-enter equities. There is also the issue that non-recessionary bear markets and volatility expansions cannot be avoided by simply looking at the yield curve. Lastly, there is an issue with drawing conclusions from a small sample of past data when the index composition and its revenue and cost drivers have changed over the past 100 years and my sample size of over 10,000 trading days only experienced five recessions. Individual investors should instead focus on forward earnings growth and asset allocation rather than timing an equity index with the shape of the yield curve.

Disclosure: I am/we are long VTI, ITOT, and SPTM. I wrote this article myself, and it expresses my own opinions. I am not receiving compensation for it (other than from Seeking Alpha). I have no business relationship with any company whose stock is mentioned in this article.