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The Fat Pitch Lurking In Frontier Markets

The Fat Pitch Lurking in Frontier Markets 2015 was a challenging year for most investors as global growth concerns reduced risk appetites globally. Frontier Markets were no exception with all major Frontier Market indices posting double-digit negative returns. That said, I have not been this excited about opportunities within Frontier Markets since 2008 and the work recently completed confirms my enthusiasm. To borrow a phrase used by my former boss and mentor at GMO, Jeremy Grantham, there is a “fat pitch” lurking in Frontier Markets – a baseball reference to game situations when odds of getting an easy pitch to hit are high. This fat pitch is in value stocks in Frontier Markets. Relative valuations of Frontier Markets value stocks are near their 2008 low relative to Frontier Market growth stocks. We define “value” as the bottom two quintiles of our investible Frontier Market universe based on price-to-book and “growth” as the top two price-to-book quintiles. By creating “value” and “growth” indices, we analyzed the yearly returns of each subset of stocks. The value and growth indices were rebalanced each quarter and were calculated both by equal weighting and market capitalization weighting the constituents. The results are as follows: For the period of 2007 to the end of 2015, the value index had an average price-to-book discount to growth stocks of approximately 70% ranging +/- 10% over the nine-year period. Not surprising, value does not do well during periods of heightened market risk. Regardless of whether the indices are weighted equally or by market capitalization, value massively underperformed during 2008 and 2015 relative to growth stocks. In fact, value stocks performed abysmally, underperforming by 1,600 basis points versus growth stocks in both years. The performance of value versus growth when market risk abates and valuations mean revert is powerful. During 2009, value stocks trounced Frontier Market growth stocks by a whopping 4,200 basis points. This is remarkable and highlights the low intra-correlation among Frontier Market stocks given that the two indices are created from the same Frontier Market universe and are not separate asset classes such as stocks and bonds. In addition, by comparing the difference in performance between the market cap weighted value index and the equal weighted value index, it is clearly evident that large cap value does much better than small cap value during subsequent rebound periods. Admittedly, this is a small sample size, but it is hard to make an argument why today value should be permanently impaired. Some investors may find it psychologically easier to allocate to an asset class as it is rising. However, the recent sell-off has provided a plethora of undervalued Frontier Market stocks that are less exposed to global uncertainties. For long-term investors, the recent market rout may prove to be an excellent entry point for those who have been contemplating an allocation to Frontier Markets.

The Two Sides Of Total Investment Return

By Quan Hoang I spend about 10-15% of my time crunching data. That sounds tedious but I actually enjoy this task. It forces me to pay attention to details, checking any irregularity I see in the numbers and trying to tell a story out of the numbers. My recent work on Commerce Bancshares (NASDAQ: CBSH ) led me to ponder the relationship between ROIC and long-term return. Over the last 25 years, Commerce Bancshares averaged about a 13-14% after-tax ROE, and grew deposits by about 5.6% annually. Over the period, share count declined by about 1.9% annually, and dividend yield was about 2-2.5%. Assuming no change in multiple, a shareholder who bought and held Commerce throughout the period would receive a total return of about 9.5-10%, which is lower than its ROE. Why is that? Chuck Akre once talked about this topic: ” Mr. Akre: What I’ve concluded is that a good investment is an investment in a company who can grow the real economic value per unit. I looked at (what) the average return on all classes of assets are and then I (discovered) that over 75-100 years that the average return on common stock is around 10%. Of course this is not the case for the past decade but over the past 75-100 years, 10% has been the average return of common stocks. But why is that? Audience A: Reinvestment of earnings. Audience B: GDP plus inflation. Audience C: Growing population. Audience D: GDP plus inflation plus dividend yield. Audience E: Wealth creation. Audience F: Continuity of business. Akre: …what I concluded many years ago, which I still believe today, is that it correlates to the real return on owner’s capital. The average return on businesses has been around low double digits or high single digits. This is why common stocks have been returning around 10% because it relates to the return on owner’s capital. My conclusion is that (the) return on common stocks will be close to the ROE of the business, absent any distributions and given a constant valuation. Let’s work through an example. Say a company’s stock is selling at $10 per share, book value is $5 per share, ROE is 20%, which means earnings will be a dollar and P/E is 10 and P/B of 2. If we add the $1 earning to book value, the new book value per share is $6, keeping the valuation constant and assuming no distributions, with 20% ROE, new earnings are $1.2 per share, stock at $12, up 20% from $10, which is consistent with the 20% ROE. This calculation is simple and not perfect, but it has been helpful in terms of thinking about returns on investment. So we spend our time trying to identify businesses which have above average returns on owner’s capital.” The restriction in Akre’s explanation is ” absent any distributions. ” In general, there are two sides of total return: the management side, and the investor side. Management can affect total return through ROIC, reinvestment, and acquisitions. Investors can affect total return through the price they pay and the return they can achieve on cash distributions. The Problem of Free Cash Flow Reinvestment into the business usually has the highest return (this post discusses only high quality businesses that have high ROIC). Problems arise when there’s free cash flow. Management must choose either to return cash to shareholders or to invest the cash themselves. Both options tend to have lower return than ROIC. Cash distributions don’t seem to give investors a great return. Stocks often trade above 10x earnings so distributions give lower than 10% yield. In my example, Commerce Bancshares wasn’t able to reinvest all of its earnings. It retained about 40% of earnings to support 5.6% growth and returned 60% of earnings in the form of dividends and share buyback. The stock usually trades at about a 15x P/E, which is equivalent to a 6.67% yield. The retained earnings had good return, but the cash distributions had low underlying yield. The average return was just about 10%. Unfortunately, many times returning cash to shareholders is the best choice. Hoarding cash without a true plan on using it destroys value. Expanding into an unrelated business for the sake of fully reinvesting doesn’t make sense. Similarly, acquisitions often don’t create a good return. The problem with acquisitions is that they’re usually made at a premium so the underlying yield is likely lower than the yield that would result from share buybacks. The lower underlying yield can be offset by either sales growth or cost synergies. Studies show that assumptions about cost synergies are quite reliable while sales growth usually fails to justify the acquisition premium. To illustrate this point,let’s take a look at 3 of the biggest marketing services providers: WPP, Omnicom, and Publicis. Omnicom is a cautious acquirer. It spends less and makes smaller acquisitions than peers. Its average acquisition size is about $25 million. Over the last 10 years, Omnicom spent only 16% of its cash flow in acquisitions while WPP and Publicis spent about 44% of their cash flow in acquisitions. Publicis is a stupid acquirer. It makes big acquisitions and usually pays 14-17x EBITDA. WPP is a smart acquirer. Like Omnicom, it prefers small acquisitions. When it did make big acquisitions, it paid a low P/S and took advantage of cost synergies. For example, it paid $1.75 billion or a 1.2x P/S ratio for Grey Global in 2005. That was a fair price as WPP was able to integrate Grey and achieve WPP’s normal EBIT margin of about 14%. To compare value creation of these companies over the last 15 years, I looked at return on retained earnings, a measure of how much intrinsic value per share growth created by each percent of retained earnings. As these advertising companies have stable margins, sales per share is a good measure of intrinsic value. Retained earnings in this case is cash used for acquisitions and share buyback, but not for dividends. As expected, Publicis created the least value: It’s interesting that the smart acquirer WPP didn’t create more value than Omnicom. That’s understandable because acquisitions aren’t always available at good prices. So, it’s very difficult for management to generate a great return on free cash flow. Therefore, the value of a high-ROIC business is limited by the capacity to reinvest organically. Free cash flow tends to drag down total return to low double-digit or single-digit return. The Investor Side of Total Return It’s very difficult to make a high-teen return by simply relying on management. The capacity to reinvest will dissipate over time and free cash flow will drag total return down to single digit. However, there are two ways investors can improve total return. First, investors can shrewdly invest cash distributions. When looking at capital allocation, I usually calculate the weighted average return. For example, if a company invests 1/3 of earnings in organic growth with 20% ROIC and 1/3 in acquisitions with 7% return on investment, and returns 1/3 to shareholders, how much is the total return? It depends on how well shareholders reinvest the money. If we shareholders can reinvest our dividends for a 15% return, the weighted average return is 20% * 1/3 + 7% * 1/3 + 15% * 1/3 = 14%. This number approximates the rate at which we and the management “together” can grow earnings (actually if payout rate is high, combined earnings growth will over time converge to our investment return on cash distributions.) Second, an investor can buy stocks at a low multiple. The benefit of buying at a low multiple is two-fold. It can help improve yield of earnings on the initial purchase price. It also creates chance of capital gains from selling at a higher multiple in the future. Warren Buffett managed to make 20% annual return for decades because he was able to buy great businesses at great prices and then profitably reinvest cash flow of these businesses. Small investors can mimic Buffett’s strategy as long as the stock they buy distributes all excess cash. They can reinvest dividends for a great return. In the case of share buybacks, they can take and reinvest the cash distribution by selling their shares proportionately to their ownership. That’s how Artal Group monetizes Weight Watchers (NYSE: WTW ). Share Repurchase at Whatever Price This discussion leads us to the topic of share repurchases. I think many investors overestimate the importance of share buyback timing. It’s nice if management buys back shares at 10x P/E instead of 20x P/E. But what if share prices are high for several years? Would investors want management to wait for years – effectively hoarding cash – to buy back stock at a low price? Good share buyback timing can help build a good record of EPS growth but EPS growth doesn’t tell everything about value creation. It’s just one side of total return. What investors do with cash distributions is as important. So, I think management should focus more on running and making wise investments in the business and care less about how to return excess cash. I would prefer them to repurchase shares at whatever price. By doing so, management effectively shares with investors some of the responsibilities to maximize total return. Share buyback gives investors more options. Investors must automatically pay tax on dividends but they can delay paying tax by not selling any shares at all. If they want to get some dividends, they can sell some shares and pay tax only on the capital gain from selling these shares instead of on the whole amount of dividends. Or they can simply sell all their shares and put all the proceeds into better investments if they think the stock is expensive. Conclusion I do not believe in buying a good business at a fair price. If the management does the right things, holding a good business at a fair price can give us 10% long-term return. But great investment returns require a good job of capital allocation on the investor’s part: buying at good prices and reinvesting cash distributions wisely.

Using Momentum And Hedge Funds To Build A Better Portfolio

Welles Wilder revolutionized the investment world in 1978 when he developed the Relative Strength Indicator (“RSI”). RSI was one of several new technical indicators that helped individual investors move away from static “60/40” or “70/30” stock/bond asset allocations as trading commissions plummeted in the wake of discount brokerages displacing more expensive “full-service” offerings. Now, nearly forty years later, Berkeley Square Capital Management has a new take on RSI – and the traditional “70/30” allocation. The firm combines the two concepts, while adjusting RSI from a short-term indicator based on the past 14 days to a longer-term momentum indicator based on the past 12 months , and also adding hedge funds to the allocation mix – “50/30/20.” What’s more, Berkeley Square’s momentum strategy differentiates between the best and worst sectors within each asset class, taking advantage of reduced commission charges by rebalancing its portfolios as frequently as warranted to maximize risk-adjusted returns. Sector Breakdowns Rather than allocating 50% to the S&P 500, 30% to the Barclays Aggregate, and 20% to the HFRI Hedge Fund-Weighted Composite (“FWC”), Berkeley Square breaks each of the broad indices down into its composite sectors, and then assigns RSI rankings to each. The top five sectors from each asset class are then weighted to comprise the total “50/30/20” portfolio. Among equities, Berkeley Square looks at the S&P 500’s ten composite sectors: Energy Materials Industrials Consumer discretionary Consumer staples Health care Financials Information technology Telecommunications Utilities For fixed-income, Berkeley Square looks at the following Barclays Total Return indices: S. Corporate Investment Grade Intermediate Corporate Long U.S. Corporate S. MBS GNMA S. Long Credit S. Aggregate Government/ Credit And for hedge funds, the following HFRI strategy style indices are considered: ED: Merger Arbitrage EH: Equity Market Neutral EH: Short Bias Emerging Markets (Total) Equity Hedge (Total) Event-Driven (Total) Fund of Funds Composite Macro (Total) Frequency of Rebalancing The frequency of portfolio rebalancing should always be scaled to maximize risk-adjusted returns. According to Berkeley Square’s findings, equity holdings are best rebalanced monthly, which has historically yielded a return per unit of risk of 0.76 – compared to risk-adjusted returns of 0.56 for annual rebalancing, 0.59 for semi-annual, and 0.66 for quarterly. By contrast, bond holdings perform best when rebalanced annually, and hedge-fund holdings when rebalanced quarterly. Independent Returns Adding hedge funds to the asset allocation has slightly improved returns, historically, but more greatly improved risk-adjusted returns. As Modern Portfolio Theorist Harry Markowitz said, “Expected return is a desirable thing and variance of a return is an undesirable thing” – so rational investors should prefer more stable returns to more volatile returns, all other things being equal. From 1991 through 2014, the S&P 500 Total Return Index generated compound annualized returns of 10.18%, compared to the HFRI FWC’s 10.81%. But the S&P’s annualized standard deviation of 18.39% yielded a return per risk unit of 0.55, while the HFRI FWC’s much lower 12.11% annualized standard deviation yielded a 0.89 return per unit of risk. The Barclays Aggregate Index of bonds, by contrast, yielded much lower annualized returns of 6.39%, but with even lower annualized volatility of 4.97%, its return per unit of risk was the highest at 1.29. Putting it all Together What’s important, of course, is how the three asset classes act together, within a single portfolio: According to Berkeley Square’s research, the “50/30/20” portfolio – even without rebalancing – outperformed “70/30” with annualized returns of 9.58% from 1991 through 2014, compared to the “70/30” portfolio’s returns of 9.48% over that same time. More importantly, “50/30/20” outperformed on a risk-adjusted basis, with a return per unit of risk of 0.85 compared to the “70/30” portfolio’s 0.72. But what about when Berkeley Square’s dynamic reallocation system was followed? In this case, the “50/30/20” portfolio’s annualized returns were boosted to 10.92% with return per unit of risk of 1.16, besting even the long-only S&P 500 Total Return Index’s 10.18% returns, and with much less volatility. For more information, download a pdf copy of the white paper . Jason Seagraves contributed to this article.