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Housing Market Bottom - Price Action Estimates

Published by Lawrence Roberts | December 25th 2008 | Views:

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Most market participants focus on price action. The price-to-price feedback mechanism largely responsible for bubble market behavior gathers its strength from an awareness of market pricing, and the widespread belief that short-term, past price performance is predictive of long-term, future price performance. It is a fallacy that is often reinforced in the short-term as irrational exuberance takes over in a market, but over the long term, short-term price movements rarely correspond to long-term price trends, and when they do, it is only by chance.

Predicting future prices based on price action is based on the premise that long-term price trends are reflective of fundamental valuations because they represent the collective wisdom of the market. As with all methods of predicting pricing, deviations from the long-term fundamental valuation almost always result in a return to this value. The weakness in this theory is in its failure to provide a causal mechanism. To note that prices return to long-term valuations without postulating why prices do this provides no mechanism for estimating when prices will return to fundamental value, and it provides no way to determine if there is a significant change to the market’s valuation to establish whether or not prices will return at all. In short, past price action itself is very limited in its ability to predict future price action. Despite the shortcomings of the methodology, predictions based oe historic appreciation rate and a sideways drift of prices until values resume their 4.5% annual rise. Since prices consistently match this rate of appreciation, and since prices deviate once from this rate in a prior price bubble and return to it, there is a compelling argument that prices will drop to this level of long-term appreciation and begin rising again. If this proves to be true, national home prices will decline 10% from the peak, bottom in 2009, and return to the peak by 2011. This is the market’s best-case scenario.

The story for the most inflated markets such as Irvine, California, is much the same as the national forecast. If the 4.4% rate of appreciation seen from 1984-1998 is repeated, then prices will decline 45% from the peak, bottom in 2011 and return to the peak in 2023. Since prices peaked in 2006, this method of price projection shows an 18 year peak-to-peak waiting time: not a comforting forecast for Irvine homeowners.

The key assumption in this analysis is that market prices will resume the rate of appreciation seen from 1984 to 1998. This rate of house price appreciation is 1.4% above the rate of inflation, 1.2% above the rate of wage growth, and 0.7% above the very long-term rate of house price appreciation. House appreciation cannot exceed wage growth forever: trees cannot grow to the sky. People have to earn money to buy a home (unless of course we become a nation of the landed gentry in which real estate is only transferred through inheritance).

House prices outpaced wage growth for two reasons: first, debt-to-income ratios rose as people put higher percentages of their income toward making payments; second, interest rates declined allowing people to finance larger sums with less money. Much of the reason house prices appreciated at a rate in excess of its normal relationship to inflation is due to the gradual decline of interest rates during the period. As interest rates decline, the amount people can borrow increases. If people can borrow more, they can bid prices higher. House prices appreciated at a rate greater than its long-term average due to declining interest rates. If interest rates stop declining (which is likely), or if interest rates begin a cycle of long-term incline, the rate of house price appreciation will be impacted negatively; the drop of prices from the deflating bubble will be deeper, and the date of ultimate price recovery will be much later.

The median sales price measures the general price levels at which buyers are active in the market, but it does not reflect the quality of what is purchased and it does not reflect the price changes of individual properties. The S&P/Case-Shiller indices measures price changes in individual properties through its use of repeat sales in calculation of the index. Market participants are primarily concerned with how their property is changing in price rather than some aggregate measure of the market. The S&P/Case-Shiller index is the best market measure for approximating the price change on individual properties.

It is more difficult to use an aggregate appreciation rate on the S&P/Case-Shiller indices because there is no single period where a particular average correlates well with market pricing, plus small changes in the rate of appreciation can make large differences in where the bottom is found. There are two issues to be addressed with any projection of appreciation when there is low correlation to the data: the starting point, and the rate of increase. The S&P/Case-Shiller indices did not start collecting data until 1987, but this date is arbitrary. The most recent market low was in 1984, and by 1987, there was some detachment from fundamental valuations. The point of origin for the projection of appreciation may more appropriately be below the first data point in 1987; however, to simplify the analysis, the 1987 data point was used as the origin. The 3.3% rate used in the projections was the historic rate of wage growth from 1987 to 2006. Since people finance house purchases with payments made from wages, this is a reasonable rate to use. Another method that can be used is to assume the very long-term rate of appreciation of 0.7% over inflation. The question then is what rate of inflation should be used. The average rate of inflation from 1987 to 2007 has been just over 3%, but inflation rates have been much higher and more volatile prior to this time. So an argument can be made that 3.7% is a more appropriate number. If this rate is used with the lower origin point to allow for the small degree of house price inflation already evident in 1987, the two support curves differ slightly, but the difference between the two is not significant to the outcome.

Based on projections from S&P/Case-Shiller indices using a 3.3% rate of wage growth as a support level, prices of individual properties will decline 27% from their peak valuations in 2006, finding a bottom in 2011 and reaching the previous peak in 2025. This is arguably the market prediction of most concern to homeowners that purchased during the bubble because it reflects the price change of individual properties like theirs. There is very little comfort in the thought of a 27% decline and a 19 year waiting period until prices regain their previous peak.

The degree of detachment from fundamental valuations in the extreme bubble markets like those in California is truly remarkable, and the decline in house prices will be as unprecedented as the rally that preceded it. Based on projections from S&P/Case-Shiller indices using a 3.3% rate of wage growth as a support level, prices of individual properties will decline 53% from their peak valuations in 2006, finding a bottom in 2011 and reaching the previous peak in 2033. Twenty-Eight years is a long time to wait for buyers in the Great Housing Bubble to get their money back.
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