VIX and More

Recently I have been highlighting some non-traditional measures of volatility and risk in the financial markets, including VXEEM (CBOE Emerging Markets ETF Volatility Index); DXJ (WisdomTree Japan Hedged Equity Fund); and DBV (PowerShares DB G10 Currency Harvest Fund). Part of my intent in focusing some attention on these largely under-the-radar indices and ETPs is to get more investors to think about risk more broadly across geographies and asset classes.

One asset class that should absolutely be watched closely by even those stubbornly equity-centric investors (and I know you are out there in larger numbers than you care to admit) is U.S. Treasuries. Of course U.S. Treasuries come in quite a few flavors, but the most important is probably the U.S. 10-Year Treasury Note. In a display of impeccable timing, last month the CBOE and the CFE teamed up to launch a new volatility index based on this security: CBOE/CBOT 10-year U.S. Treasury Note Volatility Index (VXTYN).

In the chart below, I show the path of VXTYN and the SPX going back to January 10, 2013, which is the beginning of the historical data for VXTYN provided by the CBOE. Note that VXTYN only began rising in May and when hit has made a substantial move up, that has preceded a decline in stocks.

[source(s): CBOE, Yahoo, VIX and More]

Just for fun, I am also including a chart that shows a 21-day rolling average of the correlation between VXTYN and the SPX. Here the relationship between the swings in correlation and subsequent moves in stocks may be easier to visualize. With less than months of historical data to draw on, I would caution against jumping to conclusions regarding correlation and causation, but at the very least I thought this graphic might provide some food for thought.

[source(s): CBOE, Yahoo, VIX and More]

Last but not least: did you know there are ETPs for placing bets on whether the Treasury yield curve will get steeper or flatter? I highlighted these products back in 2010 in Treasury Yield Curve ETNs and Volatility; they are known formally as the iPath US Treasury Steepener ETN (STPP) and the iPath US Treasury Flattener ETN (FLAT).

Related posts:

• VXEEM as a Measure of Emerging Markets Volatility and Risk
• Using DXJ to Monitor Development in Japanese Equities, Currency and Risk
• The Currency Carry Trade, DBV and Risk
• Chart of the Week: U.S. 10-Year Treasury Note Yields from 1990
• Treasury Yield Curve ETNs and Volatility
• Chart of the Week: Ratio of VIX to Yield on 3-Month T-Bills
• Recent Developments in Gold and Gold Volatility
• EuroCurrency Volatility Index (EVZ) at Lowest Level Since March 2008, Diverges from VIX
• Chart of the Week: Crude Oil and Volatility
• The Risk Library
• A Conceptual Framework for Volatility Events
• Forces Acting on the VIX
• St. Louis Fed’s Financial Stress Index

Disclosure(s): long DXJ at time of writing; the CBOE is an advertiser on VIX and More

The subject of the VIX and Treasury yields is one I have probably not explored in sufficient detail in this space, so with some recent developments, this seems like a good time to dive into that subject.

One big reason for my interest is the recent rapid steepening of the Treasury yield curve. Another is an excellent article on two yield curve ETN plays from Timothy Strauts of Morningstar: How to Take Advantage of a Steep Yield Curve. In the article, Strauts discusses two ETNs from iPath that are designed to take advantage of a yield curve that becomes steeper or flatter. The ETNs are known formally as the iPath US Treasury Steepener ETN (STPP) and the iPath US Treasury Flattener ETN (FLAT). These innovative and exciting ETNs hold 2-year and 10-year Treasury futures and are rebalanced monthly. In many respects they represent the latest generation of what I refer to as strategy-in-a-box ETPs.

Launched in August, STPP and FLAT have started to attract some attention in the last few weeks, as Treasury yields have become more volatile.

There is not yet much of a track record, but I will be interested to see how the movements in STPP and FLAT interact with movements in the VIX. For an initial pass, I have chosen to look at STPP and FLAT in conjunction with SPY and VXZ. (Note that I chose VXZ here in order to sidestep the strong contango in the VIX futures term structure that exacerbated the price decline in VXX as of late.)

The chart below shows the performance of the yield curve ETNs since their August 10^th launch. Note that so far – and particularly as of late – it has been FLAT which has been more positively correlated with changes in implied volatility expectations as measured by VXZ. On the flip side, STPP has demonstrated a higher positive correlation with stocks, at least as reflected in SPY.

Going forward, I will provide periodic updates on my observations between changes in the Treasury yield curve in the VIX and also take up the subject of how the Treasury yield curve might be able to predict the future of the VIX.

Related posts:

• Chart of the Week: Ratio of the VIX to Yield on 3-Month T-Bills
• Volatility Catastrophe Graphic
• Chart of the Week: 10-Year Treasury Note Yields from 1990
• Chart of the Week: Regional Banks Rising?
• Chart of the Week: 10-Year Treasury Note Yield
• Yield Curve Looks Just Like May 2003
• Chart of the Week: Strategy-in-a-Box ETFs
• Diving a Little Deeper into Strategy-in-a-Box ETFs
  

[source: ETFreplay.com]