Submitted by Charles Hugh-Smith via OfTwoMinds blog, [10]
Given the presumed 17% expansion of the global economy since 2009, the tiny increases in production could not possibly flood the world in oil unless demand has cratered.
The term Black Swan shows up in all sorts of discussions, but what does it actually mean? Though the term has roots stretching back to the 16th century, today it refers to author Nassim Taleb's meaning as defined in his books, Fooled by Randomness: The Hidden Role of Chance in Life and in the Markets [11] and The Black Swan: The Impact of the Highly Improbable [12]:
"First, it is an outlier, as it lies outside the realm of regular expectations, because nothing in the past can convincingly point to its possibility.
Second, it carries an extreme 'impact'.
Third, in spite of its outlier status, human nature makes us concoct explanations for its occurrence after the fact, making it explainable and predictable."
Simply put, black swans are undirected and unpredicted. The Wikipedia entry [13] lists three criteria based on Taleb's work:
1. The event is a surprise (to the observer).
2. The event has a major effect.3. After the first recorded instance of the event, it is rationalized by hindsight, as if it could have been expected; that is, the relevant data were available but unaccounted for in risk mitigation programs.
It is my contention that the recent free-fall in the price of oil qualifies as a financial Black Swan. Let's go through the criteria:
1. How many analysts/pundits predicted the 37% decline in the price of oil, from $105/barrel in July to $66/barrel at the end of November?Perhaps somebody predicted a 37% drop in oil in the span of five months, but if so, I haven't run across their prediction.
For context, here is a chart of crude oil from 2010 to the present. Note that price has crashed through the support that held through the many crises of the past four years. The conclusion that this reflects a global decline in demand that characterizes recessions is undeniable.
I think we can fairly conclude that this free-fall in the price of oil qualifies as an outlier outside the realm of regular expectations, unpredicted and unpredictable.
Why was it unpredictable? In the past, oil spikes tipped the global economy into recession. This is visible in this chart of oil since 2002; the 100+% spike in oil from $70+/barrel to $140+/barrel in a matter of months helped push the global economy into recession.
The mechanism is common-sense: every additional dollar that must be spent on energy is taken away from spending on other goods and services. As consumption tanks, over-extended borrowers and lenders implode, "risk-on" borrowing and speculation dry up and the economy slides into recession.
But the current global recession did not result from an oil spike. Indeed, oil prices have been trading in a narrow band for several years, as we can see in this chart from the Energy Information Agency (EIA) of the U.S. government.
Given the official denial that the global economy is recessionary, it is not surprising that the free-fall in oil surprised the official class of analysts and pundits. Since declaring the global economy is in recession is sacrilege, it was impossible for conventional analysts/pundits to foresee a 37% drop in oil in a few months.
As for the drop in oil having a major impact: we have barely begun to feel the full consequences. But even the initial impact--the domino-like collapse of the commodity complex--qualifies.
I will address the financial impacts tomorrow, but rest assured these may well dwarf the collapse of the commodity complex.
As for concocting explanations and rationalizations after the fact, consider the shaky factual foundations of the current raft of rationalizations. The primary explanation for the free-fall in oil is rising production has created a temporary oversupply of oil: the world is awash in crude oil because producers have jacked up production so much.
Even the most cursory review of the data finds little support for this rationalization. According to the EIA [14], the average global crude oil production (including OPEC and all non-OPEC) per year is as follows:
2008: 74.0 million barrels per day (MBD)
2009: 72.7 MBD
2010: 74.4 MBD
2011: 74.5 MBD
2012: 75.9 MBD
2013: 76.0 MBD
2014: 76.9 MBD
The EIA estimates the global economy expanded by an average of 2.7% every year in this time frame. Thus we can estimate in a back-of-the-envelope fashion that oil consumption and production might rise in parallel with the global economy.
In the six years from 2009 to 2014, oil production rose 3.9%, from 74 MBD to 76.9 MBD. Meanwhile, cumulative global growth at 2.7% annually added 17.3% to the global economy in the same six-year period. What is remarkable is not the extremely modest expansion of oil production but how this modest growth apparently enabled a much larger expansion of the global economy. ( Other sources [15] set the growth of global GDP in excess of 20% over this time frame.)
Global petroleum and other liquids [16] reflects a similar modest expansion: from 89.1 MBD in 2012 to 91.4 MBD in 2014.
Given the presumed 17% to 20+% expansion of the global economy since 2009, the small increases in production could not possibly flood the world in oil unless demand has cratered. The "we're pumping so much oil" rationalizations for the 37% free-fall in oil don't hold up.
That leaves a sharp drop in demand and the rats fleeing the sinking ship exit from "risk-on" trades as the only explanations left. We will discuss these later in the week.
Those who doubt the eventual impact of this free-fall drop in oil prices might want to review The Smith Uncertainty Principle (yes, it's my work):
Every sustained action has more than one consequence. Some consequences will appear positive for a time before revealing their destructive nature. Some will be foreseeable, some will not. Some will be controllable, some will not. Those that are unforeseen and uncontrollable will trigger waves of other unforeseen and uncontrollable consequences."
I call your attention to the last line, which I see as being most relevant to the full impact of oil's free-fall.
