Home > The Economy > The Manufacturing Rebound is a Myth

The Manufacturing Rebound is a Myth

from Ian Fletcher

Talk of a manufacturing revival is in the air.  America has, in fact, gained a quarter-million industrial jobs (source) since the start of 2010.  Unfortunately, this is less than 15 percent of the number lost during the recession. Furthermore, after this teasing uptick, U.S. manufacturing output seems to be stalling again.  So it worth revisiting a much  denied fact I have written about before here and here: American manufacturing is in a state of profound crisis. 

To get past the slew of analysis out there claiming everything is fine, it is crucial to understand why the usually quoted statistics that seem to show that American manufacturing is healthy are wrong.

First off, looking at aggregate manufacturing output, as most of these analyses do, obscures the fact that total output has only been stable (or close to it) because of a few sectors which have grown enormously.  The rest of the manufacturing economy has been declining.  According to a recent report from the Information Technology and Innovation Foundation,

Most manufacturing sectors actually shrank in terms of real value-added from 2000 to 2009. In fact, from 2000 to 2009, fifteen of nineteen U.S. manufacturing sectors saw absolute declines in output; they were producing less in 2009 than they were at the start of the decade. There were declines of:

Food, beverage, and tobacco products – 0.2 percent

Electrical equipment – 2 percent

Chemicals – 3 percent

Machinery – 14 percent

Printing – 15 percent

Wood products – 16 percent

Motor vehicles – 18 percent

Fabricated metals – 27 percent

Nonmetallic minerals and primary metals – 28 percent

Paper – 28 percent

Plastics – 31 percent

Apparel – 40 percent

Furniture – 43 percent

Textiles – 43 percent

The bottom line?  Fifteen manufacturing sectors, comprising nearly 80 percent of U.S. manufacturing output, produced less in 2009 than in 2000.

What were the wonder sectors that made up for all this decline?  Mineral fuels (coal, oil, gas) and computers.  Unfortunately, there are good reasons to believe that the apparent soaring of American fuel output is illusory. Coal output was unchanged 2000-2010, according to the Energy Information Agency, and gas output declined somewhat, so oil must have boomed spectacularly for these numbers to be right. (It hasn’t.)  Most of this increase in output is simply the rising price of oil.  In any case, classifying oil extraction (not production!) as a manufacturing sector is dubious, for obvious reasons.

What does our manufacturing sector look like if we correct for these distortions?  If we assume no real increase in oil production, and assume that the computer sector expanded by a more-realistic 50 percent during this period, American manufacturing’s real (inflation adjusted) output declined by nine percent. (Source.) Even if we bump up our assumptions about the computers and electronics sector considerably, we still get decline.

To be fair, other analyses of the problem have produced different numbers. This is to be expected, as not all these analyses measure exactly the same things.  But their general conclusion is consistent. For example, economist Susan Houseman has reported that while total manufacturing output grew 1.18% per year from 1997 to 2007, it grew by just 0.46%  per year once the computers and electronics are taken out of the picture.  That’s anemic.

Computers are fine things, and it’s understandable that they would be a growing part of our economy.  But this is hardly a picture of a healthy manufacturing sector.  It’s an image of broad-based decline covered up by a boom in one industry.

Consider now manufacturing employment, as opposed to output.

Isn’t the decline in U.S. manufacturing employment simply due to the relentless march of factory automation, and therefore a good thing?  No. If the decline in manufacturing employment were due simply to the endless march of automation, we would expect to see slowly declining employment in this sector since a peak shortly after WWII. But instead, what see is a relatively stable employment level, but then things fall off a cliff after Y2K.  See the chart below (source):

But there was no revolution in manufacturing technology in Y2K that suddenly started radically reducing the number of workers needed, which is what would have to be true for the above decline to be due to technological progress. So these numbers are a sign that outright decline, especially a yawning trade deficit, is responsible, not gradual technological change. 

In any case, Luddite mythology aside, automation per se doesn’t  hurt overall manufacturing employment—as suggested by the fact that Japan, which leads the world in number of robots, also has a higher percentage of its workforce in manufacturing than the U.S.  

If you think about it, this makes sense, as if automation enables nine workers to do what ten used to do, those nine are now a better bargain—which increases the incentive to hire them. (In energy economics, this fact is called Jevons’ Paradox.)

So don’t blame technology for our job losses.  If anything, it’s a lack of workplace technology, compared to our rivals, that is costing us jobs.

This lack of technology ultimately traces, of course, to a failure to invest in upgrading the manufacturing workplace.  If companies continue to invest in manufacturing, whether this takes the form of physical plant or intangibles like research and development, their manufacturing operations will tend to remain healthy.  If they don’t, they will gradually exit the manufacturing business as their existing plant and know-how become obsolete over time. They may survive (or not!) as designers and packagers of goods manufactured by others, but they will no longer be manufacturing companies.

This means that the writing is on the wall for American manufacturing, as it is falling behind our competitors in the investment race. From 2000 to 2008, our capital investment in manufacturing as a percent of GDPwas lower than that of most of our major peer economies.  Indeed, between 2000 and 2009, capital investment within the U.S. by American manufacturers went down by more than seven percent. As a result, most American manufacturing industries are now less well capitalized than they were a decade ago. (Sources.)

American companies are not only running down their own productive capacity here at home, they are building up the capacity of foreign nations. From 2000 to 2009, their manufacturing investment abroad averaged 16 percent higher than manufacturing investment at home. (Source.)

It is no accident that many foreign nations are simply not having the same experience of industrial decline that we are. Despite the myth that manufacturing necessarily declines in advanced nations, the truth is that, over the last decade, many other developed nations have seen manufacturing as a percent of their GDPremain stable, or even increase. In the “stable” category belong Germany, the Netherlands, and Norway.  In the “increase” category go Sweden, Austria, Switzerland, Finland, the Czech Republic, Poland, Slovakia, Hungary, and South Korea. (Source.)

The final blemish on the supposed manufacturing revival in America is the fact that the few industrial jobs that are returning to the U.S. are returning at much lower pay scales than before.  For example, the Suarez Corp. is reopening a former Hoover plant in North Canton, Ohio to produce EdenPure space heaters, vacuums, air purifiers and other small appliances it previously made in China.  But while the Hoover plant used to pay its workers around $20/hr before it shut in 2007, the new jobs will pay $7.50/hr. (Source.)

This is not the formula for a middle-class economy, now or in the future.

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Ian Fletcher is Senior Economist of the Coalition for a Prosperous America, a nationwide grass-roots organization dedicated to fixing America’s trade policies and comprising representatives from business, agriculture, and labor. He was previously Research Fellow at the U.S. Business and Industry Council, a Washingtonthink tank, and before that, an economist in private practice serving mainly hedge funds and private equity firms. Educated at ColumbiaUniversityand the Universityof Chicago, he lives in San Francisco. He is the author of Free Trade Doesn’t Work: What Should Replace It and Why.
Senior Economist
Coalition for a Prosperous America
225 Bush St., Ste. 1600
San Francisco, CA 94104 USA
415.439.8377  | 415.439.8304 (fax)  |  415.238.8145 (cell)

 

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Categories: The Economy
  1. May 27, 2011 at 4:11 am | #1

    Hi Ian,
    I fully agree with the idea that a healthy manufacturing industry is vital for a nation’s economic well being and physical security from outside aggression.
    I also read your blog entry about China’s control of rare earth minerals that are essential for modern technology to exist.
    Please be assured that there is now extensive exploration taking place in North America to identify rare earth mineral deposits, of which there are plenty.
    In regard to energy for the future, China is now looking into the use of Thorium as a replacement for Uranium in nuclear power generation and we should be doing the same as nuclear power generation from Thorium is potentially far safer than Uranium based power generation. And there are large deposits of Thorium available here in Canada.

  2. May 27, 2011 at 4:18 am | #2

    Even the apparent increase in computer output is illusory. Real GDP series are notoriously unreliable for anything involving computers, for the reason that they are deflated by price indices which decline dramatically because of the exponential improvements in computing capacity that accompany each new generation of product. This implies that computers become much cheaper (hence the real value of a steady nominal stream of output seems to escalats rapidly), when in reality computers are not cheaper at all — they are just much, much more powerful. This problem is reduced but not eliminated by the use of chained price indices (which adjust the basket against which the price deflator is based each year). But there is no way that real computer output grew by as much as the chain-index-deflated real GDP series for computer manufacturing makes it seem it did.

    To see this, compare the BEA statistics on nominal value-added, real value-added (in chain-linked $2005), and gross output (shipments). Real value-added is what is usually used to measure real output of an industrial sector. For the broad sector called “Computer and electronic products,” real value-added grew from $81.5 billion in 2000 to $293.8 billion in 2009 — a 260% increase in 9 years (qualifying indeed as a “boom” in Ian’s terminology above). In nominal terms, howevr, GDP grew from $172.1 billion in 2000 to $206.4 billion in 2009, an increase of just 20 percent (one-thirteenth as much). Worse yet, in gross output terms (that is, the total market value of everything coming out the industry’s factory gates), the industry’s production FELL by 30% over this period, from $503.6 billion in 2000 to just $353.3 billion in 2009. No wonder this sector shed 660,000 jobs (an employment decline of 37%) in the same period. Doesn’t actually look like a “boom” after all, does it? The apparent six-fold explosion of productivity (measured by $2005 GDP per worker) in this sector is purely a mirage, the result of assuming that moving from a 256 KB processor to a 3 MB processor is actually a ten-fold increase in real output. Excluding that single misleading sector (computers and electronic products) from the real GDP series for manufacturing, means that the reported 5% increase in real output from 2000 to 2009 for manufacturing was in fact an 11% decline. (All data for the above calculations are available at http://www.bea.gov/industry/xls/GDPbyInd_VA_NAICS_1998-2010.xls).

    The same problem is encountered in measuring investment spending by business. Nominal investment spending (relative to GDP) has stagnated, indicating flagging business investment effort. So-called “real” investment effort (especially in machinery and equipment series) seems to be more vibrant — but only because much M&E investment consists of computers, whose “real” value us inflated dramatically by this measurement problem.

  3. Podargus
    May 27, 2011 at 6:09 am | #3

    Helge Nome,thorium reactors,as in the LFTR type (Liquid Flouride Thorium Reactors or MSR – Molten Salt Reactors)certainly do have a promising future.However,they are still in the experimental stage.

    Integral Fast Reactors (IFR) have been built and operated successfully in the experimental stage and there are several of this type now being built commercially in various parts of the world.One of the advantages of the IFR is that they can burn the waste from existing Gen 2 & 3 reactors and leave very small amounts of radioactive waste to be stored.They also have fail safe features.When IFRs (Gen 4) take over from the existing and to be built Gen 2 & 3 reactors we will have thousands of years of safe nuclear generation without mining any more uranium.Neither Gen 2,3 or 4 reactors are capable of producing material which can be used for nuclear weapons.

    None of this means that existing Gen 2 & 3 reactors are not safe but they only use less than 10% of the energy in their uranium fuel.

    • Alice
      May 27, 2011 at 12:31 pm | #4

      Are u suggesting existing nuclear reactors are safe?
      Oh come on. What is this? A pro industry argument (like big tobacco?)? At this point I have to say the first three letters of whats happening in Japan.

    • May 27, 2011 at 4:44 pm | #5

      I have the impression, from insider industry sources, that there is a lot of vested interest in using Uranium precisely because of the ease of fuel conversion to weapons grade materials.
      What’s new pussycat?

  4. Alice
    May 29, 2011 at 7:44 am | #6

    Manufacturing in the US is in a monumental decline as it is in quite a few previously advanced nations, thanks to 30 years of freedom given to corporates to go where they liked, do what they liked and pay as little tax as they liked. Globalisation gone stark raving mad. I have one leading example, should policy continue this way, no-one can make the poor disappear. No amount of military might can do that. Egypt is the example. Where are the Mubaraks now? In jail and likely will be executed by who? By the people they attempted to impoverish successfully over thirty years.

    The same game is being played out by the GOP now in the US. They still want their upper class tax cuts (and any tax cuts will do), they still want to ride their freedoms to whatever far horizons they wish to travel to. They still want to see nurses, teachers and firefighters and police cast off the publuc payroll. These people have no sense responsibility to US citizens. They dont think US unemployment is their problem when they operate out of a tax haven in the Seychelles and are still pushing for more concessions. They think they can proceed to take as much profit as they can extract, helped by complex unregulated derivatives and go where they want, but in the end they will be sorry.

    The GOP needs to reign in its lunatics and self interested nutcases working for their own or big company interests. If they dont, they risk great civil unrest and the US may not be the nation they once thought so superior and so civilised. Its a matter of priority that some of those concessional tyax cuts given to the wealthy and corporates be reversed and its a matter of priority that governments across the globe find a way to make the vultures pay tax and its a matter of priority that the speculation end and the OTC derivatives be regulated.

    Its not the call of the democrats. Its in the hands of the republicans and they should be careful what freedoms they keep wishing for (ramming home on the US people).

    Ayn Rand said corporates should pay no tax. Ayn Rand was wrong. Ayn Rand went too far from the heavy hand of the soviet regime she ran away from and hence is just as dangerously wrong. Just another extremist passing by and leaving another form of monumental damage in her wake.

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