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U.S. DEPARTMENT OF LABOR
William E. Brock, Secretary

Regional Commissioners
for Bureau of Labor Statistics
R egion I— B o ston:

BUREAU OF LABOR STATISTICS
Janet L. Norwood, Commissioner

The Monthly Labor Review is published by the
Bureau of Labor Statistics of the U.S. Department
of Labor. Communications on editorial matters
should be addressed to the Editor-in-Chief,
Monthly Labor Review, Bureau of Labor Statistics,
Washington, DC 20212.
Phone: (202)523-1327.
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Single copy— $4, domestic; $5 foreign.
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Make checks payable to Superintendent of Documents.
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transaction of the public business required by
law of this Department. Use of funds for printing
this periodical has been approved by the Director
of the Office of Management and Budget
through April 30, 1987. Second-class
postage paid at Washington, DC and at
additional mailing addresses.

Anthony J. Ferrara

1603 John F. Kennedy Federal Building, Government Center
Boston, ma 02203
Phone: (617)223-6761
Connecticut
Maine
Massachusetts
New Hampshire
Rhode Island
Vermont
R egion II— New York:

Samuel M. Ehrenhalt

1515 Broadway, Suite 3400, New York, NY 10036
Phone: (212)944-3121
New Jersey
New York
Puerto Rico
Virgin Islands
R egion III— P hiladelphia:

Alvin I. Margulis

3535 Market Street
P.O. Box 13309, Philadelphia,
Phone: (215)596-1154
Delaware
District of Columbia
Maryland
Pennsylvania
Virginia
West Virginia
Region IV— A tlanta:

pa

19101

Donald M. Cruse

1371 Peachtree Street, NE.. Atlanta, GA 30367
Phone: (404)347-4418
Alabama
Florida
Georgia
Kentucky
Mississippi
North Carolina
South Carolina
Tennessee
Region V— C hicago:

Lois L. Orr

9th Floor, Federal Office Building, 230 S. Dearborn Street
Chicago, il 60604
Phone: (312)353-1880
Illinois
Indiana
Michigan
Minnesota
Ohio
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Region VI— Dallas:

Bryan Richey

Federal Building, Room 221
525 Griffin Street, Dallas, TX 75202
Phone: (214)767-6971
Arkansas
Louisiana
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Texas
Regions VII and VIII— Kansas C ity:

Kenneth Lee (A c tin g )

911 Walnut Street, Kansas City, MO 64106
Phone: (816)374-2481
VII

Iowa
Kansas
Missouri
Nebraska
VIII

Colorado
Montana
North Dakota
South Dakota
Utah
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R egions IX and X— San F rancisco:

450 Golden Gate Avenue, Box 36017
San Francisco, CA 94102
Phone: (415)556-4678

March cover:
A detail from
“ In a barber shop,”
an oil painting by Elias Bolotowsky,
photograph courtesy
National Musuem of American Art,
Washington, D.C.
Cover design by Richard L. Mathews


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IX

American Samoa
Arizona
California
Guam
Hawaii
Nevada
Trust Territory of the Pacific Islands
X

Alaska
Idaho
Oregon
Washington

Sam M. Hirabayashi

MONTHLY LABOR REVIEW
MARCH 1986
VOLUME 109, NUMBER 3

Henry Lowenstern, Editor-in-Chief
Robert W. Fisher, Executive Editor

A SPECIAL SECTION ON PRODUCTIVITY
Edwin Dean and others

3

Productivity and labor cost trends in manufacturing, 12 countries
Output per hour in manufacturing increased in the U.S and 11 other nations in 1984;
U.S. unit labor costs also rose relative to foreign costs on a dollar-adjusted basis

Arthur S. Herman

11

Productivity continued to increase in many industries during 1984
Among industries with large increases in output'per employee hour were steel, coal
and iron mining, transportation, and utilities; changes were mixed in trade and services

Leo Sveikauskas

16

The contribution of R&D to productivity growth
A BLS study suggests that R&D directly contributed between 0.1 and 0.2 percent
annually to the postwar growth of productivity in the nonfarm business sector

Horst Brand, Ziaul Z. Ahmed

21

Beauty and barber shops: the trend of labor productivity
Output per hour rose at an annual rate of 0.8 percent between 1972 and 1984,
in line with the productivity trend for other personal service industries

E. S. Persigehl, J. G. Olsen

27

Productivity in the metal doors, sash, and trim industry
The overall rate of output per hour increased slowly between 1967 and 1983,
reflecting a rise in employee hours; moderate advancement is expected to continue

REPORTS
Steven Deutsch


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35

International experiences with technological change

DEPARTMENTS

2 Labor month in review
32
35
41
43
45
49

Research summaries
Foreign labor developments
Major agreements expiring next month
Developments in industrial relations
Book reviews
Current labor statistics

Labor M onth
In Review
IMMIGRATION EFFECTS. In its
report for 1986, the President’s Council
of Economic Advisers, drawing on
various studies, reported on the impact
of immigration on the labor market.
Here are excerpts:
No displacement. Studies that take a
broad view of the labor market have
found no significant evidence of
unemployment among native-born
workers attributable to immigration.
Any direct effects of immigration on
domestic employment have either been
too small to measure or have been quick­
ly dissipated.
Although existing studies may not be
conclusive, the evidence currently
available does not suggest that nativeborn American workers experience
significant labor market difficulties in
areas that have attracted immigrants.
Several studies, moreover, have shown
that the presence of immigrants in labor
markets is associated with increased job
opportunities overall, including job op­
portunities for native-born minority
groups.
Some studies of the effects of im­
migration on wage levels have revealed
evidence of adverse wage effects. For ex­
ample, one study concluded that real
wages were 8 to 10 percent lower on
average in cities near the Mexican
border. Several studies found a reduc­
tion in the wages of unskilled workers in
areas with high concentrations of un­
skilled immigrant workers.
Other studies, however, have shown
that greater concentrations of aliens in
labor markets are associated with higher
earnings of native-born workers. In­
creased wages have been found both for
broad groups of workers and also for
native-born minority groups with whom
immigrants might compete directly for
jobs.
The experience of the Los Angeles

2

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labor market in adjusting to a growing
concentration of unskilled immigrant
labor is instructive. One study estimated
that more than a million foreign-born
persons settled in Los Angeles County
between 1970 and 1983. During the early
1980’s, the foreign-born in Los Angeles
County represented close to a third of
the total population. Job growth in the
area was strong, and the new immigrants
were quickly absorbed into the labor
market. New immigrant workers ac­
counted for some 70 percent of the new
growth in employment in the 1970s. This
study also showed that the unemploy­
ment rate in Los Angeles, which had ex­
ceeded the national average in 1970, fell
below the average by the early 1980s.
These results were not, of course, the
consequence of international migration
alone, but they suggest a smooth labor
market adjustment to the inflow of
migrants.
Illegal aliens. Although aliens who are
eligible to hold jobs in the United States
are clearly distinct from those who are
not, researchers have not been able to
isolate separate economic effects of il­
legal alien workers.
Illegal aliens have a higher proportion
of males than legal aliens, are younger,
and are less likely to bring family
members with them. Illegal migrants are
likely to remain in the United States for
shorter periods of time than legal
migrants. Illegal migrants also tend to
have lower levels of education and to
work in jobs requiring lower skill levels.
Illegal aliens may have less incentive to
invest in schooling or other activities
that are specifically useful in the U.S.
labor market.
Nevertheless, a recent study of ap­
prehended illegal aliens in Chicago
showed that they use market oppor­
tunities to improve their economic
status. The subjects of the study were

able to benefit from a competitive labor
market, with opportunities for skill im­
provement and upward job mobility.
These illegal aliens were apparently able
to work their way up from entry-level
jobs. Only 16 percent of those in the
Chicago study had wage rates below the
Federal minimum of $3.35 per hour, and
some of these were in sectors not
covered by the minimum wage. The
average hourly wage of these illegal
aliens at the time of their apprehension,
in 1983, was $4.50.
Entrepreneurs. Many immigrants are en­
trepreneurs. One study found that
foreign-born males are significantly
more likely to be self-employed than
native-born males with similar skills.
Self-employed workers, both foreignand native-born, had higher annual in­
comes than salaried workers. Returns on
capital owned by self-employed workers
may partially explain these differences in
incomes. Self-employment also provides
greater potential for high work effort.
The self-employed work more hours per
week than do wage-and-salary workers.
One reason for the successful absorp­
tion of immigrants into the U.S. labor
market is that overall migrant inflows
have been low relative to the size of the
population, to labor force growth, and
to domestic migration. International
migrant flows, moreover, historically
respond to labor market demands.
Before legal restrictions were imposed,
immigration increased when the demand
for labor was relatively high and
decreased when labor demand was
relatively low.
The full report of the Council of
Economic Advisers appears in the
Economic Report o f the President,
available from the Superintendent of
Documents, Washington 20402. Price:
$8.50.
□

Productivity and labor costs trends
in manufacturing, 12 countries
Output and output per hour in manufacturing rose
in the United States and 11 other countries in 1984;
U.S. unit labor costs increased 7 percent,
relative to the costs of foreign competitors,
after adjustment for the dollar's appreciation
Edwin D ean , Harry B oissevain ,
Thomas

and James

Manufacturing productivity, as measured by output per
hour, rose in 1984 in the United States and 11 other indus­
trial countries studied. The United States had a substantial
increase of 5 percent, but this was exceeded by five of the
other countries— Japan, France, Italy, the Netherlands, and
Sweden. Belgium, West Germany,1 and the United King­
dom about matched the U.S. gain; Canada, Denmark, and
Norway had smaller increases.
Manufacturing output grew in all 12 countries in 1984,
for the first time since 1973. The U.S. and Japanese output
growth rates of more than 11 percent were the largest, and
the French increase of 2 percent was the lowest. Productiv­
ity rose in the United States, Canada, Japan, Denmark,
Norway and Sweden because output rose at a greater rate

Edwin Dean, formerly an economist in the Division of Foreign Labor
Statistics, Bureau o f Labor Statistics, is now chief of the Bureau’s Division
o f Productivity Research. Harry Boissevain and James Thomas are
economists in the Division of Foreign Labor Statistics.


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than hours.2 The productivity increases for the other coun­
tries resulted from a combination of output gains coupled
with decreased hours.
Unit labor costs, which reflect changes in productivity
and hourly compensation, fell in the United States, Canada,
Japan, Germany, and the Netherlands; and rose in the other
European countries. However, unit labor costs measured in
U.S. dollars were again significantly influenced by changes
in currency exchange rates, as they have been since 1980.
The dollar remained stable with the Japanese yen, but appre­
ciated 5 percent against the Canadian dollar and 7 to 14 per­
cent against the European currencies. Consequently, unit
labor costs fell in each of the 11 foreign countries when
measured in U.S. dollars, with the falloffs ranging from 3
to 15 percent— compared with a 1-percent decline in the
United States.
Since 1980, U.S. manufacturing unit labor costs have
risen at a 7-percent average annual rate relative to a tradeweighted average for the 11 rival industrial countries, re3

MONTHLY LABOR REVIEW March 1986 • Manufacturing Productivity, 12 Countries
versing the gains in comparative unit labor costs that U.S.
manufacturers experienced during most of the 1970’s. All of
the 1980-84 relative increase, however, resulted from the
appreciation of the U.S. dollar. Measured on a national
currency basis, U.S. unit labor costs decreased at a
1-percent average annual rate relative to the trade-weighted
average for the other 11 countries. Along with the rapid rise
in U.S. relative unit labor costs in this period, the U.S.
merchandise trade deficit increased fourfold.
This article examines 1984 developments in manufactur­
ing labor productivity, hourly compensation, and unit labor
costs in the United States and 11 countries, and compares
unit labor cost trends measured in U.S. dollars prior to 1980
with the trends of the last 4 years. The indexes for 1984 are
preliminary, while those for other recent years reflect some
revised underlying statistics for most countries.3
The U.S. figures reflect the recent comprehensive bench­
mark revision of the U.S. national accounts, including the
shift in the base period for the calculation of constant dollar
estimates from 1972 to 1982. The effect is to reduce U.S.
manufacturing output growth, and productivity, by about
two-tenths of a percentage point in the pre-1973 period, but
to have virtually no overall effect on the post-1973 period.
Japan also rebenchmarked its national accounts, from 1975
to 1980, resulting in about a 1.5-percentage point reduction
in output and productivity growth rates since 1973. In addi­
tion, a new average hours series has been introduced for
Germany,4 as well as new output series for the Netherlands5
and the United Kingdom6 since the previous Monthly Labor
Review article in 1984.7 The new series for Germany affects
the year-to-year movements in output per hour and hourly
compensation, but has no effect on the unit labor cost
measures.

in the United States, Belgium, Germany, and the United
Kingdom, and 1 to 4 percent in Canada, Denmark, and
Norway.
Productivity researchers have found that a marked slow­
down in manufacturing productivity growth occurred in
most developed countries beginning about 1973. All 12
countries studied here had slower productivity gains in the
1973-84 period than in the 1960-73 period.
Another study reports that this slowdown in total manu­
facturing productivity was reflected in specific manufactur­
ing industries in the United States, France, Germany, and
the United Kingdom— after 1973, productivity growth de­
clined in each of 13 manufacturing industry groups, in these
four countries, with only one exception.9
For all but three of the 12 countries— Belgium, Denmark,
and Norway— the 1984 increases in total manufacturing
productivity were much larger than the average trend for the
1973-84 period. Moreover, the United States, the Nether­
lands, and the United Kingdom had 1984 gains that ex­
ceeded their average rates of increase over the 1960-73
period.
Output. In all 12 countries, output gains influenced the
1984 productivity increases. (See table 2.) Output (gross
product originating in manufacturing at constant prices) rose
most rapidly in the three non-European countries, with
growth between 8 and 12 percent. The percentage increases
were the largest since 1973 for Canada and Japan, and since
the 1950’s for the United States.
The European countries output increases exceeded their
performance of the previous year. Denmark, the Nether­
lands, and Sweden had strong gains of between 5 and 7
percent; Germany, Italy, and the United Kingdom grew by
4 percent; and Belgium, France, and Norway had more
modest expansions of less than 3 percent. Output gains were
the largest since 1976 for the Netherlands, and since 1973
or 1974 for Norway, Sweden, and the United Kingdom.
Although the British output increase was larger than in
recent years, the level of output was still 12 percent below
that of 1973. Canada, Italy, and Norway were the only other

Productivity trends
As noted earlier, 1984 manufacturing productivity8 in­
creased for all the countries studied. (See table 1.) The
Netherlands had the largest gain— more than 10 percent—
followed by Japan, France, Italy, and Sweden, with gains of
about 6 to 7 percent. Output per hour rose about 5 percent

Table 1.

Annual percent changes in manufacturing productivity, 12 countries, 1960-84

Year

Output per hour:
1960-84 ....................................................................
1960-73 ....................................................................
1973-84 ....................................................................
1973-80 ....................................................................
1981....................................................................
1982 ....................................................................
1983 ....................................................................
1984 ....................................................................

United
United
Canada Japan France Germany Italy
Belgium Denmark Netherlands Norway Sweden
States
Kingdom

2.4

2.8
2.1
1.7

2.2
2.2
6.6
4.9

3.4
4.5

10.6

1.6

5.9

5.7
6.7
4.6

4.9
5.9
3.4

2.0
2.0

5.9
3.7

4.9
3.9

3.9

- 2.8
6.4
3.7

6.1

6.1

5.4
7.0

4.2
5.7

8.3

1A trade-weighted average of the 11 foreign countries. See description of weights in text.

4


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5.5
6.9
3.8

3.5
4.4
2.3

2.1
1.6
6.1

3.5
3.5

1.2
6.2

2.0

4.6

6.6

4.5
7.3
4.7

2.4

7.1
7.0

6.2
6.4
6.9
4.7

5.6
6.4
3.5
4.5

1.6

6.8

-.7
3.5

4.6

.8

6.6
7.6
4.6
5.2
2.7
2.4
5.3
10.5

4.7

3.6
4.5
2.3

6.6
2.8

2.0

2.2

.4
2.7
5.6

.4
3.0
7.7
5.7

2.0

Eleven
foreign
countries
(w eighted )1

5.5
6.9
3.8
3.9
3.4

2.8
5.7
5.5

No t e : Rates of change computed from the least squares trend of the logarithms of the index numbers.
Index numbers for the underlying data series are available from the authors.

Table 2.

Annual percent changes in manufacturing output, 12 countries, 1960-84
Year

United
United
Belgium Denmark Netherlands Norway Sweden
Canada Japan France Germany Italy
Kingdom
States

Output:
1960-84 ........................................................................................
1960-73
...............................................................................
1973-84 ........................................................................................

3.0
4.4

4.1
6.3

1.8

1.1

1973-80 ........................................................................................
1981 ........................................................................................
1982
.................................................................................
1983
.................................................................................
1984 ........................................................................................

2.5

2.3

1.6
- 6.1

1.0

No t e :

7.3
11.7

-11.4
5.5

8.2

8.9
12.9
5.9
4.7
4.5
5.8

5.0
7.3

3.3
5.2

4.8

1.1

6.8

2.0

1.2

2.3

3.0
-1 .5

2.0

3.4
-.9
-2.4
-2.4
3.8

3.0
- .7

.1

-1.5
-2.4

8.0

1.3

1.0

11.4

2.1

3.9

- 1.1
- 6.0

.2
2.9
3.9

2.8

4.5
6.5

3.7
5.2

4.0
6.4

2.7
4.8

1.6

2.1

1.2

-.1

1.6

2.2

-.2

-3 .2

1.6
.1

-.2

- 1.2
3.0
1.5

- 1.1

-1.5
.3
5.2

- 1.2
2.5

-3 .3
-.5
5.1

1.8

1.6
3.6
5.7

-.2

5.0
.3

6.8

Rales of change computed from the least squares trend of the logarithms of the Index numbers.
Index numbers for the underlying data series are available from the authors.

countries in which manufacturing output had not yet recov­
ered to previous peak levels.

Employment and hours
In the three non-European countries and Denmark, total
hours of input in manufacturing rose between 4 and 7 per­
cent in 1984, with the United States recording the largest
gain. (See table 3.) Total hours rose modestly in Norway
and Sweden and fell in the remaining 6 countries; except for
France, the declines in total hours were smaller than in the
previous year.
All of the European countries have experienced long-term
declines in aggregate hours over the 1973-84 period, rang­
ing from an annual average rate of about 1.5 percent in
Denmark and Italy to around 4 percent in Belgium and the
United Kingdom. In Japan, Canada, and the United States,
there has been little overall change in total hours over the
1973-84 period.
The 1984 expansions in aggregate hours in the United
States and Japan were the result of substantial increases in
employment and small percentage increases in average
hours. In Canada, a large increase in employment was ac­
companied by a slight drop in average hours. The 1984
employment increases in the United States, Canada, and
Japan were the largest since 1973. Nonetheless, the levels of
manufacturing employment in the United States and Canada
in 1984 were between 5 and 8 percent below the peaks of the
late 1970’s, while in Japan, 1984 was about 1 percent below
the previous peak reached in 1974.
Among the European countries, Belgium, Germany, the
Netherlands, the United Kingdom, and the three Scandina­
vian countries all recorded either a rise or a lower rate of
decrease in 1984 employment, compared with 1983. These
countries also had higher rates of employment growth or
smaller rates of decline in 1984 than they experienced, on
average, during the 1973-84 period. In contrast, employ­
ment in France and Italy declined at a more rapid rate in
1984 than the average for the 1973-84 period.
The long-term trend in manufacturing employment has
been downward in the European countries. Most countries
had employment peaks in the 1960’s or 1970’s that were


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more than 15 percent above 1984 levels. The contrast, in
this respect, to the three non-European countries is marked,
and essentially unaltered by the favorable employment de­
velopments in 1984 in seven of the nine European countries.
In most of the European countries, the 1984 changes in
aggregate hours took place mainly as a result of changes in
employment rather than in average hours per employee.
Changes in average hours had substantial effects on aggre­
gate hours only in Belgium and the Netherlands, where
average hours declined by 2 to 3 percent.
The declines in Belgium and the Netherlands occurred as
employers, unions, and government took measures, begin­
ning in 1982 and continuing through 1984, to reduce aver­
age hours worked, hoping that this would retard the rapid
rate of decline in employment. A key element in these
efforts has been a reduction in average hours through reorga­
nization of work time negotiated at the company, industry,
and sectoral levels. The negotiations in both countries pro­
duced a variety of reorganization schemes, but the most
common provided for reduced annual hours by granting
additional days of vacation or free shifts. The Netherlands
Central Bureau of Statistics reported that by the end of 1984,
hours reductions had affected 63 percent of firms and
86 percent of employees in Dutch manufacturing. In both
countries— despite the concerted efforts of government and
collective bargaining agents— employment continued to fall
in 1984, but the rate of decline was substantially less than
in the preceeding 2 years.10
Over the 1973-84 period, average hours per employee
declined in nine of the countries studied. In the remaining
three countries— the United States, Japan, and Denmark—
average hours were essentially unchanged. Only two coun­
tries, Belgium and the Netherlands, had 1984 reductions in
average hours that exceeded the long-term trend.

Hourly compensation
For all countries, hourly compensation costs— which in­
clude wages and salaries, supplements, and employer pay­
ments for social security and other employee benefit pro­
grams—rose at a lower rate in 1984 than the average for the
years since 1973. (See table 4.) Canada had the lowest rise,
5

MONTHLY LABOR REVIEW March 1986 • Manufacturing Productivity, 12 Countries
less than 2 percent, followed by Japan, the United States,
and Germany, each with less than 4 percent increases. Bel­
gium, Denmark, France, the Netherlands, Norway, and the
United Kingdom recorded increases of 5 to 9 percent. Italy
and Sweden had the highest rates, about 10 to 11 percent.
The Netherlands and Sweden were the only countries to
show a markedly more rapid rise in hourly compensation in
1984 than in 1983. For Sweden, 1984 was the second con­
secutive year of progressively larger increases. In Denmark,
the 1984 compensation increase was the lowest since the
1950’s, which may be attributed, in part, to the fact that in
late 1982 the government imposed a 2-year freeze on pay
indexation and restricted local-level collective bargaining.11

the 1973—84 trend in 9 countries. Therefore, it is not surpris­
ing that the 1984 performance in unit labor costs was favor­
able, compared to 1973-84 trends, because unit labor costs
represent the ratio of hourly compensation to output per
hour.
In U.S. dollars. Because labor costs are a principal com­
ponent of the costs of manufactured goods, unit labor costs
play a major role in conjunction with the exchange rates
among currencies in determining the relative prices of goods
offered for sale on the world market.
During 1984, changes in currency exchange rates had a
significant effect on relative changes in unit labor costs
measured in U.S. dollars. The U.S. dollar appreciated rela­
tive to the currencies of 10 of the countries studied and
remained unchanged relative to the Japanese yen. In each
year of the 1980-84 period, the dollar appreciated strongly
relative to each of the European countries’ currencies. It
appreciated much more moderately relative to the Canadian
dollar in 3 of the years. The dollar rose relative to the yen
only in 1982. However, as of 1984, the yen had not regained
its 1980 currency exchange value.
In 1984, unit labor costs measured in U.S. dollars fell in
the 11 foreign countries. The decreases were 15 percent for
the Netherlands; 10 to 11 percent for Belgium, France,
Germany, Italy, and the United Kingdom; 6 to 8 percent for
Canada, Denmark, and Norway; and less than 4 percent for
Japan and Sweden. The 1984 changes were more damaging

Unit labor costs
Productivity increases in 1984 more than offset the rises
in hourly compensation costs in the United States, Canada,
Japan, Germany, and the Netherlands; consequently, unit
labor costs fell 1 to 4 percent. This marked the third consec­
utive year in which unit labor costs fell in Japan and the
second consecutive year of declines for the United States,
Germany, and the Netherlands. Unit labor costs rose be­
tween 2 and 5 percent in the other countries. Italy had one
of the largest increases (4 percent), but this represented a
sharp deceleration from Italy’s 1983 increase (14 percent).
As noted earlier, the 1984 increases in hourly compensa­
tion were below the 1973-84 trend rates in all 12 countries,
and the 1984 increases in output per hour were well above

Table 3.

Annual percent changes in manufacturing employment and hours, 12 countries, 1960-84
Year

Aggregate hours:
1960-84 ..................................................................
1960-73 ................................................................
1973-84 ...............................................................................
1973-80
1981
1982
1983
1984

...............................................................................
.................................................................................
.........................................................................
.......................................................................
.........................................................................

Employment:
1960-84 ....................................................................
1960-73 .............................................................................
1973-84 ...........................................................................
1973-80
1981
1982
1983
1984

..............................................................
.............................................................................
.........................................................................
.........................................................................
......................................................................

Average hours:
1960-84 ..............................................................
1960-73 .........................................................................
1973-84 ...............................................................................
1973-80
1981
1982
1983
1984
No t e :

...............................................................................
.................................................................................
.................................................................................
........................................................................................
...............................................................................

United
Canada Japan France Germany Italy United Belgium Denmark Netherlands Norway Sweden
States
Kingdom

0.6
1.6
- .2

0.7
1.7
- .5

0.5

- 0.6

2.1
.0

- .6

-.1

- 2 .5

- 2.1

- 1 .4

.7

.3
- 1.0
- 8.8

- 1.1

- 1.8
- 4 .4
- 5 .6
- 2.8
- 3 .4

- 1 .9
- 3 .6
- 4 .0
- 4 .8
-.7

- .6
- 8.1
.6
6.5

.6
1.5

-.1
.8
-.5
- 6 .7
- 1 .7
5.1

-.1
.1
-.1
-.1
.0
- 1 .5
2.4
1.3

-.8
4.4

1.0

.8
-.3
2.5
4.1

1.2


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.2
1.1

-1 .5

- .6

- 0.6

-2 .4
- 1 .3
- 3 .8

- 2 .5
-.5
- 4 .4

- 1.8
- 1.1
- 1 .3

-2 .4
- 1.1
- 3 .2

- 2 .3

- 4 .3
- 4 .3
- 4 .7
- 2 .7

- 2 .3
-1 1 .5
-4 .1
-4 .1
-.7

- 4 .5
- 7 .6
- 1.6
- 4 .9
- 2.6

- 2.2
- 4 .7
2.4

- 3 .4
- 2.6
- 3 .9
-4 .8
- 4 .7

- 2.1
- 1 .5
- 2 .9
- 6 .4
.5

- 2 .4
- 3 .7
- 3 .4
- 2 .3

.7
1.4
- .7

- 1.6

- 1.2
.5
- 3 .5

- 1 .4

.3

- 3 .3
- 1 .7
- 10.4
- 5 .2
- 5 .0
- 1.6

-.1

1.9

3.0

- .2

- .2

- 1 .5

.3
- 1 .5

- 1.2
1.4

- 1.1
- 3 .3
- 1 .4
- 2.2
-3.0

- 1.2
- 2 .4
- 3 .7
-4 .1
- 1.0

- .8

-.9
-.9
-.7

- 1.4
- 1 .5

-.7

- .2

- 4 .3

- 1.2
-.3

- .6

- .8

- 2 .4
- 2.1
- 1 .5
1.4

.6
.2
- 7 .8
- 1.8
4.4

-.1

-.3

-.7
-.9

- .2

1.9
2.9

-.4

.2

-.3

.1
- .6
- .2
.6
1.2

- 1.1
- 1.1

1.0
-.1

Rates of change computed from the least squares trend of the logarithms of the index numbers.
Index numbers for the underlying data series are available from the authors.

6

.6

-.5
- 1.0

- .8
- 1.2

-.5

.3

.1
- 1 .9
- 2.2
- 3 .2
- 4 .0

- .6

.0
4.8

-.7

- 0.8

.2

- 1.8
- 1.5
- 2 .5

1.1

.0

1.2

- 1.2

- 2 .7

- 1 .3

-.5
- .2
- 1 .5

- 3 .6
- 5 .4
- 3 .8
- 2 .7
-.9

- 1 .7
- 3 .5

- 2 .4
- 3 .2
- 4 .5
- 4 .8
- 2.0

-.4
- 1 .4
- 2.8
- 6 .4

-.9
-3 .1
-4 .1
- 2.6

-.7
-.7
-.4

- 1 .3
- 1.0

- 1.1
- 1 .4

- .8

- .2

- 1.1
- 1.1
-.5

- 1.1
- 1.0
- 1.0

- 1.3
- 1.3
- 1.0

- .6
- 1.2
1.2

-.9
- 2 .3
2.3
- 2 .3
- 1 .7

- .6
- 1.2
2.6
.2

- 1.0

- 1 .7

- 1 .5

.6
.6

- .6

-.3

- 2.8

-.1
-.1
.0
1.1

- .6

.9
.9

.2

- .2
- .2
5.1

0.0

- .6

.2

.7
.3
.9

Table 4.

Annual percent changes in hourly compensation and unit labor costs in manufacturing, 12 countries, 1960-84

Year

United
States

Hourly compensation:
1960-84 ..........................
1960-73 ..........................
1973-84 ..........................
1973-80
1981
1982
1983
1984

..........................
..........................
..........................
..........................
..........................

16.8
12.3
19.3

8.9
7.0
5.0
5.7
3.7

19.9
23.1
20.4
16.7

10.8

19.4
13.5
9.3
7.5
7.2

4.6
3.7
4.2

10.7
5.1
15.0

11.0

9.5
9.6
8.5
3.6
3.7

11.7
16.0
10.3
7.3
1.4

10.7
7.6
5.2
3.0
2.9

15.7
15.4
17.9

4.7

5.6

1.8

4.9
3.6

6.7

2.2
6.6

9.2

2.2

9.8

4.5
3.7

6.2

9.5
13.7
13.5

- .8

10.2
11.1
11.2

- 2.8
- 1.2

7.6

- 2.2

- 2 .3
- 3 .9

4.8
4.8
3.3
-.4

2.6

- .8

4.9
1.9
6.3

7.5
5.0
4.5

5.7
2.4
4.3

8.1
6.1

Unit labor costs in U.S. dollars:
1960-84 ..........................
1960-73 ..........................
1973-84 ..........................
1973-80
1981
1982
1983
1984

9.7
9.8
7.7

8.2

4.7

2.2
6.6

.8

7.6
7.3

6.4
10.9

6.2

10.2
1.0

- 2.8
- 1.2

- 7 .0

United
Kingdom

12.7
9.5
14.9

13.6
14.5

7.6
7.3

Italy

France

9.2
6.4

..........................
..........................
..........................
..........................
..........................

..........................
..........................
..........................
..........................
..........................

Germany

Japan

7.2
5.0
8.9

Unit labor costs:
1960-84 ..........................
1960-73 ..........................
1973-84 ..........................
1973-80
1981
1982
1983
1984

Canada

9.5

6.1
- 12.1
2.5
- 3 .8

12.1
8.4

2.6

11.3
-1 3 .8
- 8.1
-7 .1
-1 0 .5

8.6

Denmark

Netherlands

Norway

Sweden

Eleven
foreign
countries
(w eighted )1

12.3
10.7
10.7

12.8
11.8
11.0

12.0
12.6
8.2

11.6

11.8

12.1

9.8
11.3

10.3
11.5

10.5

10.4
4.5
6.9
4.9
5.6

12.8
11.6
11.1

13.5
10.9
7.3
9.1

12.8
11.6
8.8
6.8

7.0

10.1

4.6

7.7
5.1

6.8

6.2

3.5
8.5

3.3
7.0

12.9

12.9

11.1

10.1

5.0

7.7

9.3

11.1

8.1

8.2

6.4

5.5

9.8
4.1
13.4

4.8
3.4
4.3

6.8
5.1
7.3

5.0
4.7
3.4

15.9
18.9
18.1
14.0
3.9

17.9
6.9
4.6

6.2

8.0

5.0

10.7

11.1

8.6

3.9
.3

1.8

11.2

.2

1.2
1.7

4.3
-.4
- 4 .4

6.4
5.2
5.0

10.4
4.2
1.3
4.1

7.9
5.8

2.4

8.3
8.5
4.5
4.6

7.0
5.4
4.8

7.0

6.1

6.6

7.3

2.6

4.5

5.0

6.0

8.8
6.0

6.4
4.3

9.2

1.6

2.6

2.9

5.9

2.8

11.3
-1 8 .0
-1 8 .9
- 9 .3
- 9 .9

9.7
-1 4 .5
- 7 .3
- 4 .7
- 7 .6

10.6

12.7
- 4 .4
- 5 .4
- 7 .0
- 6.1

11.2

4.4
11.3
-1 5 .6
-4 .1
- 5 .3
- 11.0

13.6
16.0

Belgium

9.5
-1 0 .7
-.7

1.6
- 10.1

16.1
- 6 .9
- 9 .7
-13.1
- 9 .7

-1 8 .8
- 2 .9

6.8
-1 5 .0

8.8

- 7 .9
-1 6 .0
-1 7 .0
- 3 .4

1.0
- .8

6.7
4.0
5.3
10.3
- 3 .3
- 5 .4
- 3 .3
- 7 .9

1A trade-weighted average of the 11 foreign countries. See description of weights in text.
No t e : Rates of change computed from the least squares trend of the logarithms of the index numbers.

Index numbers for the underlying data series are available from the authors.

to the competitive position of the United States than the
shifts of the previous year. In 1983, when U.S. unit labor
costs decreased by about 3 percent, they decreased by larger
proportions in eight countries, but increased in three coun­
tries, including Canada and Japan, two of the most impor­
tant trading partners of the United States.
The appreciation of the dollar after 1980 has had a dra­
matic effect on U.S. unit labor costs relative to other coun­
tries. The following tabulation shows the average annual
percentage change between 1980 and 1984 in unit labor
costs measured in national currencies and in U.S. dollars:
National
currency

U.S.
dollars

United States ..................
Canada ............................
Japan ..............................
Italy ................................
Norway ..........................
Denmark ........................
Germany ........................

............
............
............
............
............
............
............

2.1
6.4
-1 .0
14.0
6.7
6.5
1.7

3.9
-2 .7
-4 .1
-5 .8
-8 .1
-8 .2

France ............................
Netherlands ....................
United Kingdom ............
Sweden............................
Belgium ..........................

............
8.3
.........................6
............
3.3
............
4.5
............
1.6

-9 .5
-9 .9
-10.2
-12.3
-14.2

2.1

Expressed in national currencies, seven countries had
greater increases in unit labor costs than the United States.


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Taking into account the appreciation of the dollar after
1980, only one country, Canada, experienced a greater
increase.

Relative productivity and labor cost trends
Following is a discussion of changes in the trends of each
country’s manufacturing productivity and labor costs
relative to a trade-weighted average for its major interna­
tional competitors.12 The indexes were constructed by tak­
ing ratios of each country’s indexes to weighted geometric
averages of the corresponding indexes for the other 11 coun­
tries. The weights used to combine the other 11 countries’
indexes into an average “competitors” index reflect the rel­
ative importance of each country as a manufacturing trade
competitor as of 1980. Prior to this article, 1975 trade
weights were used. The most significant change affecting
U.S. “competitors” indexes was an increase in the relative
weight given to Japan, from 17 to more than 27 percent. The
weights for Canada and the United Kingdom rose about
1 percent each; the weights for all other countries fell.
Annual percent changes in the ratio of each country’s
productivity and labor cost indexes to the trade-weighted
averages of the 11 rival nations’ indexes were calculated for
1960 to 1984. (See table 5.) These percent changes indicate
the annual movements in each country’s productivity and
labor costs relative to its competitors’ productivity and
costs.
7

MONTHLY LABOR REVIEW March 1986 • Manufacturing Productivity, 12 Countries
Relative productivity changes. The United States has ex­
perienced a long-term relative decline in productivity, com­
pared with the trade-weighted average of the other coun­
tries— amounting to 4.0 percent per year in the 1960-73
period and 1.7 percent per year in the 1973-84 period.
Norway and the United Kingdom were the only other coun­
tries to experience significant relative declines. Japan had
by far the most rapid increases in relative productivity
growth in both periods— 6.0 percent in the 1960-73 period
and 3 percent per year since 1973— followed by the Nether­
lands in the earlier period (1.5 percent) and by Belgium in
the latter (2.5 percent). The relatively poor performance of
the U.S. manufacturing sector reflects, in part, a “catchingup” by other countries.
While the United States has had a long-term relative de­
cline in productivity, U.S. productivity growth since 1981
has equalled the trade-weighted average of the 11 foreign
countries. This reflects the large U.S. productivity increase
of 1983 followed by the further substantial increase of 1984.
Relative compensation. The largest 1984 relative in­
creases in manufacturing hourly compensation, relative to
changes in competitor countries, took place in France, Italy,

and Sweden. The largest relative decreases were in the three
non-European countries and Germany. In the years since
1973, the largest decreases occurred in Germany, at an
annual rate of more than 3 percent, and in the United States,
Japan and the Netherlands, at 2- to 3-percent annual rates.
Italy (at 8 percent), the United Kingdom (at 5 percent), and
France (at 3 percent) recorded the largest increases.
Relative unit labor costs. In 1984, the largest increases in
relative unit labor costs, measured in national currencies,
were recorded by Denmark, France, Italy, Norway, Swe­
den, and the United Kingdom. The largest relative decreases
were in Japan and the Netherlands. The United States, with
a relative decrease of 0.4 percent, occupied an intermediate
position. The 1984 decrease in relative U.S. unit labor
costs, matched the trend for the period since 1973.
After adjustment for relative changes in foreign exchange
rates, U.S. unit labor costs rose 7 percent in 1984 relative
to competitors, far exceeding the 0.4-percent rise of the
previous year. The 1984 U.S. increase also far exceeded
the increases recorded by Japan and the three Scandinavian
countries, the only other countries to have increases in rela­
tive unit labor costs in U.S. dollars. The Netherlands and

Tabte 5. Relative annual percent changes in output per hour, hourly compensation, and unit labor costs in manufacturinq,
1 2. countries.
Qfiii—fta
U n ite d
S ta te s
O utput per hour:
1 9 6 0 -8 4 ......................................
1 9 6 0 -7 3 .......................................
1 9 7 3 -8 4 ......................................
1 9 7 3 -8 0
1981
1982
1983
1984

......................................
......................................
......................................
.......................................
.......................................

Hourly com pensation:
1 9 6 0 -8 4 ......................................
1 9 6 0 -7 3 ......................................
19 7 3 -8 4 ......................................
1 9 7 3 -8 0
1981
1982
1983
1984

C a nada

0.1
.6

- 3 .0
- 3 .9
- 1.7

- .9

- 2.1
- 1.2
- .6

- .3
- .5
- 5 .4

.8

.1

- .5

- 1.4

- 4 .4
- 4 .9
- 2.0

- .2
1.4

.6

.......................................
......................................
......................................
......................................
......................................

- 3 .0
- 1.8
- .3
- 3 .1
- .9

1.6
2.8
- 2.6

Unit labor costs in national
currency:
1 9 6 0 -8 4 .......................................
1 9 6 0 -7 3 .......................................
1 9 7 3 -8 4 ......................................

- 1.4
- 1.1
- .3

.5
- .8
2.4

......................................
......................................
......................................
.......................................
....................................

- .9
- .6
.4
- 3 .8
- .4

1.5

Unit labor costs in U.S.
dollars:
1 9 6 0 -8 4 ....................................
1 9 6 0 -7 3 ....................................
1 9 7 3 -8 4 .......................................

1 9 7 3 -8 0
1981
1982
1983
1984

1 9 7 3 -8 0
1981
1982
1983
1984
N ote:

....................................
.......................................
.......................................
.......................................
.......................................

1.2
5.6

Japan

F ra n c e

G e rm a n y


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Federal Reserve Bank of St. Louis

U n ite d
K in g d o m

N o rw a y

S w eden

1.3
.5
3.3
- 1.4

- 1.5
- 2.1

.2

- 1.2

3.6
6.5

.9
- .4
3.4

- 2 .4
- .2
- 4 .4

2.6

2.6

- 4.7
- 5 .0
- 5 .6
- 2.6
- 2.8

6.9
11.5
10.4
9.0
5.0

6.8

.4
1.7

.2

.6

.4

- .6

- 2.1

4.7
1.7
7.7

3.8
.7
6.4

- 1.3
- .1
- 3 .0

.4
1.4

- 10

13

1.2

14

- .2

- 3 .5

1.2

1.1

7.2
11.3

9.5
- .6
- 1.4
- 1.2
2.5

- 2 .4
- 3 .4
- 5 .9
- 1.0
1.5

- 1.0
.7
3.1
3.1
3.7

- 3 .3
- 5.2
- 1.1
- 2.1
-5 .1

1.2

20
28

4 0
4.0

- .6
.3
- 3 .3

- .3
.5
- 2 .3

.4

20

16
- 1.9

17
14

.2
- 8.1
- 14.7
- 3 .7
- .4

- 1.4
- 6.0
- .4
3.1

- 2.2
- .9
- 3 .0
- 3 .7
- 3 .0
- 2.0

- .8

1.0

3.8

8.6
4.2
2.5

- 0 .4
- .3
- .5

0.5
.9

.1

- .3

.8

.0
.2
- 1.5
- 3 .2
1.3

5.2
7.7

- 1.4
- 1.5
- 1.3

2.0

0.8

.9
2.5

.5

1.5
15

.1

.8

-2 .5
3.2
1.5

2.5
3.7
1.3

1.2
- 1.1

1.4

1.6

1.2

- .8

- 1.0

- 3.7
- 2 .4
- 4 .2

2.4
- .8
5.0

.6
.8

1.3
1.9

- .6

.0

.1
.1

.2

2.5

.1

-4 .0

7.4
2.7
- 1.3

- 3 .9
- 3 .8
- 6 .9
- 2 .3
- 3 .8

1.4
3.3
5.1
5.8
2.3

- 4 .8
- 3 .6
- 3 .6
- 3 .3
- 1.6

- 1.9
- 1.7
1.3

- .4
- .8

1.6
1.6

.1

- 1.3

- 1.2
- 2.2
- .6

2.3
- .5

- .1

.5
- 1.5
4.4

- 2 .4
10.9

- 1.9
7.0
7.8
4.5
- 4.1

- .2
9.4
-1 1 .9
7.8

.5
- 4 .8
- 3 .0
- 2.2
- 1.9

.5
- 8 .4
2.3
.4
- 3 .0

- 1.4
- .9
5.6
8.3
- 1.4

5.6
.3
- 5 .8
- 9.1
- 2 .3

.4
7.2

N e th e rla n d s

3.2
.9
3.5
- .7
1.9

.7

- 5.0

12.2

D e n m a rk

0.6

.3
- 1.1
2.4

6.2

B e lg iu m

4.5
5.9
3.0

.6

2.2

.1

1.6

Rates of change computed from the least squares trend of the logarithms of a ratio
of 2 index numbers.

8

Ita ly

12.1
12.6
3.7

.3
1.3

- 4 .7

- .4
- .7

.6

- .8
- .7
- .5
5.2

5
2 7
- 2 .7
- 2.0
- 6.0
- 1.8
- 2 .5
- .2

- .5
- 9.4
4.0
- .7
- 6 .7

- 13
- 1.5
- 1.1

- o 1
7

- 1.3
- 2.5
- 3
- 4
-3 .1

- 12
- 26
•j

- .7

19

.8

1
1
.1
- 1
-

9
9
3 5
.7

.4
3

1
- -J 4

16
4.3

- 2.

3.4

11

14
4 3
2 5

10
1.6

- U5
- 9
3.5

-

5

- 2 .3

1
7
- 11 5
- 12 2
5.5

The ratio is the index of the reference country divided by a trade-weiqhted average
index for the other 11 countries.

Chart 1. Average annual percentage changes in relative unit labor costs in manufacturing,
seven countries, 1980-84
-6

■ 4 - 2

Percent
0

2

4

6

8

10

12

United States
Canada
Japan
France
Germany
Italy

United Kingdom

NOTE: Average annual percentages changes are computed from the least squares trend of the logarithms of a
ratio of two index numbers. The ratio is the index of the reference country divided by a trade-weighted average index
for the other 11 countries.

Canada recorded the largest decreases in relative unit labor
costs in U.S. dollars, at 7 and 4 percent.
During the 1980-84 period of rapid appreciation of the
U.S. dollar relative to most foreign currencies, the United
States experienced a 1-percent per year decrease in relative
unit labor costs in national currency terms, but a 7-percent
per year increase after adjustment for the relative change in
the foreign exchange value of the dollar.
Chart 1 shows the effect of adjusting relative unit labor
cost changes for relative changes in foreign exchange rates
over the 1980-84 period for the seven largest countries
(United States, Canada, Japan, France, Germany, Italy, and
the United Kingdom). Japan was the only country other than
the United States to experience a much larger increase in
relative unit labor costs after adjustment for changes in the
exchange rate— a 4-percent per year decrease in relative
unit costs before adjustment and a 1-percent per year in­
crease after. Japan and the United States were the only two
countries to record large average annual appreciations of
their currencies relative to trade-weighted averages of the
currencies of their competitors. (Canada, Germany, and the
Netherlands registered small increases.) The relative appre­
ciations were 9 percent for the United States and 5 percent
for Japan.
The difference between the United States’ annual average


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increase of 7 percent in relative unit labor costs in U.S.
dollars and the 1-percent increase for Japan was due partly
to the greater currency appreciation experienced by the
United States over the 1980-84 period. It was also due
partly to the greater decrease in relative unit labor costs in
national currency recorded for Japan, about 4 percent annu­
ally, compared with 1 percent for the United States. The
average Japanese decrease of about 4 percent per year in
relative unit labor costs in national currency units was due
to a 1.4-percent increase in productivity and a 3-percent
decrease in hourly compensation. The U.S. decrease of
1 percent per year in relative unit labor costs was the net
result of a 1.5-percent decrease in compensation and a small
decrease in relative productivity.
The effect of relative exchange rate changes on relative
U.S. unit labor costs in 1980-84 contrasts sharply with the
U.S. experience in 1973-80. In the earlier period, a gradual
relative depreciation of the dollar converted a 1-percent
average annual decline in relative unit labor costs, in na­
tional currency units, into an average annual decrease of
2.5 percent.
As the dollar appreciated from 1980 to 1984, the U.S.
merchandise trade deficit steadily increased, from $25 bil­
lion in 1980 to $36 billion in 1982 and $108 billion in 1984.
This deficit is computed for all U.S. trading partners, not
just the 11 partners examined in this study.
□
9

MONTHLY LABOR REVIEW March 1986 • Manufacturing Productivity, 12 Countries
FOOTNOTES
1 The Federal Republic, including West Berlin.
2 The data relate to all employed persons, including the self-employed,
in the United States and Canada, and to all wage and salary employees in
the other countries. Hours refer to hours paid in the United States; hours
worked in the other countries.
Compensation comprises all payments made by employers directly to
their employees (before deductions) and employer contributions to legally
required insurance programs and to contractual and private welfare plans
for the benefit o f employees. Labor costs include, in addition to compensa­
tion, employer expenditures for recruitment and training; the cost of cafe­
terias, medical facilities, and other plant facilities and services; and taxes
(other than social security taxes, which are part o f compensation) levied on
payrolls or employment rolls. Annual data are not available for total labor
costs. Labor costs, as measured in the data series used for this article,
approximate more closely the concept of compensation. However, com­
pensation has been adjusted to include all significant changes in taxes that
are regarded as labor costs. For the United States and Canada, compensa­
tion o f self-employed workers is measured by assuming that their hourly
compensation is equal to the average for wage and salary employees.
3 This article includes revised statistics which have not yet been incorpo­
rated in table 47, “Current Labor Statistics,” this issue.
4 The new average hours series for Germany, 1960-83, is computed by
the German Institut fuer Arbeitsmarkt-und Berufsforschung (Nuremberg)
and refers to average hours worked by all manufacturing wage and salary
employees. It is consistent with and used with the national accounts figures
on the number o f manufacturing employees to derive aggregate hours. The
previous hours series was the product o f the number of employees, from the
national accounts, and average annual hours per wage worker only, from
a monthly industrial survey conducted by the German Federal Statistical
Office. The industrial survey data were used for the preliminary 1984
figure.
5 The new output series for the years beginning with 1969 is value added
from the Netherlands national accounts. The figures include petroleum
refining from 1977, but exclude petroleum refining over the 1969-77
period. The series previously used for these years was the index o f indus­
trial production for manufacturing prepared by the Central Bureau of Statis­
tics. This measure was used because the previous national accounts figures
for manufacturing included natural gas and petroleum extraction.
6 The new output series for the United Kingdom, for the years beginning
with 1976, is the index of output in manufacturing at constant factor cost,
with separate manufacturing industries combined using weights propor­
tional to the distribution of net output in 1980, that is published with the

national accounts. The series previously used for these years was the
1975-based index of manufacturing production; this series is still used for
the years before 1976. The 1980-based series, unlike the earlier one,
excludes the refining o f oil and the processing of other energy-related
materials from the definition of manufacturing and includes extraction of
non-fuel minerals. This corresponds with the European Community defini­
tion of manufacturing. The employment and compensation series begin­
ning 1976 have also been replaced with series consistent with this revised
definition of manufacturing.
7 Donato Alvarez and Brian Cooper, “Productivity trends in manufactur­
ing in the U .S. and 11 other countries,” Monthly Labor Review, January
1984, pp. 5 2-58.
8 Although the labor productivity measure relates output to the hours of
persons employed in manufacturing, it does not measure the specific con­
tributions of labor as a single factor of production. Rather, it reflects the
joint effects of many influences, including new technology, capital invest­
ment, the level o f output, capacity utilization, energy use, and managerial
effectiveness, as well as the skills and efforts o f the work force.
9 The exception was the paper and printing industry in France. Arthur
N eef and Edwin Dean, “Comparative Changes in Labor Productivity and
Unit Labor Costs by Manufacturing Industry: United States and Western
Europe,” presented at a conference on Interindustry Differences in Produc­
tivity Growth, American Enterprise Institute, Washington, D .C ., October
1984. This paper also examines the possible role o f industry-specific events
in determining the post-1973 slowdown. See also Irving Kravis and Robert
Lipsey, “The Diffusion of Economic Growth in the World Economy,
1 9 50-80,” in John W. Kendrick, ed., International Comparisons of Pro­
ductivity and Causes of the Slowdown (Cambridge, MA, Ballinger, 1984).
10 Incomes Data Services Ltd., IDS International Report (London), May
1983, June 1983, March 1984, October 1984, and July 23, 1985.
11 Incomes Data Services Ltd., IDS International Report (London), Oc­
tober 1984.
12 The trade weights were adapted from weights developed by the Inter­
national Monetary Fund ( im f ) . The original i m f weights cover 17 countries;
the 11 foreign countries covered by this article account for 94 percent o f the
U .S. competitors’ total trade weight. For more information about the rela­
tive indexes of manufacturing productivity and costs, see Patricia
Capdevielle, Donato Alvarez, and Brian Cooper, “International trends in
productivity and labor costs,” Monthly Labor Review, December 1982, pp.
3 -1 4 . The weights are available from the authors, as are the relative
indexes for each country and the underlying “own country” and
“competitor countries” indexes used to compute the relative indexes. In­
dexes of trade-weighted exchange rates are also available from the authors.

Publications Awards
The Monthly Labor Review was one of five Bureau of Labor Statistics
publications honored in the annual competition sponsored by the Washing­
ton chapter of the Society for Technical Communication. The competition
was open to publications produced in 1985 by trade associations, private
research and educational institutions, corporations, and government agen­
cies. Contest criteria included audience definition, writing, editing,
and graphics.
In addition to the Review, BLS publications honored were The First
Hundred Years o f the Bureau o f Labor Statistics, Trends in Manufacturing:
A Chartbook, New from BLS, and the Occupational Outlook Quarterly.

10


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Productivity continued to increase
in many industries during 1984
Among industries with large increases
in output per employee hour were steel,
coal and iron mining, and several
transportation and utilities industries;
changes were mixed in trade and service
A rthur S. Herman

Productivity, as measured by output per employee hour,
grew in 1984 in about three quarters of the industries for
which the Bureau of Labor Statistics regularly publishes
data. Productivity increases were large in many industries.
In a significant number, these gains followed major produc­
tivity growth in 1983. The expansion in industry productiv­
ity is consistent with the situation in the nonfarm business
sector of the economy in which output per hour increased
1.6 percent between 1983 and 1984, after gaining 3.4 per­
cent in 1982-83. Table 1 shows productivity trends in in­
dustries measured by the Bureau and includes new measures
introduced for additional industries: barbfer and beauty
shops; metal doors, sash and trim; metal stampings; and
oilfield machinery.1

Changes in manufacturing
Among important manufacturing industries, productivity
in the steel industry grew 13.0 percent in 1984. This large
gain was in addition to the record productivity advance of
28.5 percent in 1983. Steel output increased more than
13 percent in 1984, due in part to continued demand from
Arthur S. Herman is an economist in the Office of Productivity and Tech­
nology, Bureau o f Labor Statistics.


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such key markets as motor vehicles, appliances, and con­
struction. Employee hours rose only slightly and employ­
ment continued to decline, as the industry continued restruc­
turing and the closing of inefficient facilities. The motor
vehicles industry had an above average productivity gain of
4.6 percent, in addition to an unusually large gain in the
previous year (13.1 percent). Output in this industry was up
more than 21 percent in 1984, as demand for all types of
motor vehicles expanded, while hours increased almost
16 percent.
Other important manufacturing industries with large gains
included steel foundries with a productivity increase of more
than 11 percent, while gray iron foundries attained an in­
crease of more than 9 percent in 1984. Output in these
industries rose in 1984 as demand from the automobile,
construction, and railroad industries expanded. The tire in­
dustry posted an 11.3-percent productivity gain in 1984,
following a 6.2-percent gain in 1983. Output grew by
14.3 percent in 1984 as demand was up for both original
equipment and replacement tires, while hours rose only
slightly. In petroleum refining, productivity moved up
10.9 percent in 1984, after gaining 3.0 percent in 1983.
Refinery output increased for the first time since 1978,
while hours declined, as small refineries contined to close.
11

MONTHLY LABOR REVIEW March 1986 • Productivity Among Industries, 1984
Other significant manufacturing industries with large pro­
ductivity gains included malt beverages (10.5 percent),
metal cans and primary aluminum (both 10.1 percent), and
household cooking equipment (9.7 percent).
A few manufacturing industries registered productivity
declines in 1984. These included pharmaceutical prepara­
tions ( - 5 .2 percent), hardwood veneer and plywood (—4.8
percent), structural clay products ( - 3 .9 percent), and fold­
ing paperboard boxes ( - 2 .6 percent). Although output was
up in all of these industries, except for pharmaceuticals
where it fell slightly, employee hours rose even more, re­
sulting in the productivity falloff.

Mining
All of the mining industries experienced productivity
gains in 1984. Coal mining, the largest mining industry,
posted a gain of 10.1 percent in 1984, on top of a 14.2percent rise in 1983. Coal output was up 14.4 percent in
1984 in anticipation of a strike which did not occur, while
hours rose 3.9 percent. Productivity in iron mining (usable
ore) increased 25.3 percent, compared with a 41.1-percent
gain the previous year. Output was up 36.9 percent in 1984
as demand increased from the steel industry, while hours
rose 9.3 percent. Copper mining (recoverable metal) had a
productivity gain of 17.6 percent, after a 12.7-percent
increase in 1983. Output was up only 5.1 percent in
1984, because of low copper prices, while hours dropped
10.6 percent, as only the most efficient mines were operating. The nonmetallic minerals industry registered a pro­
ductivity gain of 1.9 percent. Output grew 8.7 percent in
this industry, owing to the expansion of construction ac­
tivity, while hours were up 6.6 percent.

Transportation and utilities
Most transportation and utility industries also recorded
1984 productivity gains. In railroads (revenue traffic), pro­
ductivity was up 7.5 percent following a 22.5-percent rise in
1983. Railroad output grew 9.2 percent in 1984 as ship­
ments of coal, motor vehicles, construction materials, and
chemicals were up significantly, while hours increased
1.5 percent. Productivity grew 3.3 percent in air transporta­
tion, compared with a 9.9-percent gain in the previous year.
Air traffic increased significantly in 1984, resulting in a
7.9-percent gain in output. In petroleum pipelines, produc­
tivity grew 11.1 percent, as output rose and hours continued
to fall. Electric utility productivity was up 3.5 percent, as
output increased 5.3 percent, and hours were up 1.8 percent.
The gas utilities industry registered its first productivity gain
since 1979 (3.2 percent), with output increasing 2.5 per­
cent, and hours dropping 0.7 percent.

Trade and services
Productivity changes were mixed among trade and ser­
vice industries. The hotel and motel industry registered the
highest gain, at 7.7 percent. Output was up 15.2 percent in
12

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this industry owing to the continuation of the business re­
covery, as well as a strong summer vacation period, while
employee hours grew 7.0 percent. Apparel and accessory
stores also registered a good productivity increase, up
6.0 percent. Output increased 9.6 percent in 1984, as favor­
able economic and credit conditions aided clothing sales,
while hours rose 3.4 percent. In laundries and cleaning
services, productivity grew 3.3 percent, based on a gain in
output of 8.2 percent and an increase in hours of 4.8 per­
cent. Productivity gains were recorded in drugstores
(1.8 percent) and gasoline stations (0.4 percent). However,
there were productivity declines in several of the service
industries. The beauty and barber shop industry had a sub­
stantial 8.4-percent decline. Productivity also fell 2.1 per­
cent in eating and drinking places. While output in the
restaurant industry was up 3.8 percent in 1984, hours in­
creased even more, resulting in the productivity falloff.
Productivity dropped 1.0 percent in retail food stores. New
car dealers had a small productivity decline of 0.1 percent.
Output was up significantly at 10.8 percent. However,
hours rose slightly more, resulting in the productivity
decline.

Trends among industries
Almost all of the industries studied recorded average an­
nual gains in productivity over the long term (1947-84 for
many of the industries). A few industries experienced long­
term declines, however. These included metal stampings,
metal forming machine tools, farm machinery, and bus
carriers.
Over the most recent 5-year period (1979-84), most of
the industries registered a growth in productivity. Slightly
more than one-fourth had productivity declines. In addition,
almost two-thirds of the industries recorded lower rates of
productivity growth from 1979-84 than in the preceding
long-term period. The falloff in productivity growth in a
majority of the industries is in line with the trend in the
nonfarm business sector of the economy, where productivity
grew at an annual rate of 1.0 percent from 1979 to 1984,
compared with a 2.2-percent rate for 1947-79.
Gains, 1979-84. The highest rate of productivity increase
over the 5-year period was recorded by the radio and televi­
sion sets industry (14.5 percent per year). Productivity
growth in this highly competitive industry was aided by
widespread use of automatic production techniques and
equipment and the closing of less efficient plants. Copper
mining (recoverable metal) had the second highest rate of
productivity gain, at 10.5 percent. However, this reflected
both an output decline and a very sharp decline in hours.
More advanced mining methods were introduced and less
efficient mines were shut down in an effort to compete with
low-priced foreign ore, resulting in the productivity gain.
The wet com milling industry had the third highest rate of
gain at 9.7 percent. Here output rose, while employee hours

Table 1.
[1 9 7 7

=

Indexes of output per employee hour in selected industries, 1979-84, and percent changes, 1983-84 and 1979-84

100 ]

Industry

sic C o d e 1

1980

1981

1982

1983

19842

122.7

124.7

122.8

123.2
99.5
91.6
112.5

132.8
130.6

100.9
98.2
106.4
116.2
119.2

139.0
138.6
129.9
130.9
136.1
136.9
98.1
103.9

175.2
173.6
140.3
153.9
149.9
151.1

1979

Percent
change,
1983-84

Average
annual
percent
change,
1979-84

Mining

1011
1011
1021
1021
111,21
121
14
142

Iron mining, crude ore ............................................................................................................................
Iron mining, usable ore ..........................................................................................................................
Copper mining, crude ore .....................................................................................................................
Copper mining, recoverable metal .........................................................................................................
Coal m ining.............................................................................................................................................
Bituminous coal and lignite m ining.........................................................................................................
Nonmetallic minerals, except f u e ls .........................................................................................................
Crushed and broken stone.....................................................................................................................

109.1
98.2
99.4
99.6
102.7
106.9

112.6
96.5
101.3

102.0
97.7

122.2
122.7
94.7
96.7

120.0

107.9
113.9
95.0
131.6
99.2
100.7
110.9
99.1
96.7
109.3

112.3
119.5
96.5
140.0
107.9
108.6

89.3
94.1

5.4

26.0
25.3

5.3

8.0

6.2

17.6

10.5
7.7
7.9
- 0 .4

10.1
10.4

100.0

1.9

2.6

106.6

0.1

Manufacturing
2011,13

2043

Red meat products ................................................................................................................................
Meatpacking plants ................................................................................................................................
Sausages and other prepared m e a ts ....................................................................................................
Fluid milk ...............................................................................................................................................
Preserved fruits and vegetables.............................................................................................................
Canned fruits and vegetables.................................................................................................................
Grain mill products ................................................................................................................................
Flour, including flour mixes and other grains..........................................................................................
Flour and other grain mill products.........................................................................................................
Cereal breakfast foods............................................................................................................................

2044
2046
2047,48
205
2061,62,63
2061,62
2063
2082
2086

Rice milling .............................................................................................................................................
Wet corn milling.......................................................................................................................................
Prepared feeds for animals and fowls ..................................................................................................
Bakery products ....................................................................................................................................
Sugar ......................................................................................................................................................
Raw and refined cane sugar .................................................................................................................
Beet sugar .............................................................................................................................................
Malt beverages .......................................................................................................................................
Bottled and canned soft drinks...............................................................................................................

2111,21,31
2111,31

Total, tobacco.........................................................................................................................................
Cigarettes, chewing and smoking tobacco ............................................................................................

2011
2013
2026
203
2033
204
2041,45
2041

2121
2251,52
2281
2421
2431
2434
2435,36
2435
2436

Hosiery...................................................................................................................................................
Nonwool yarn mills ................................................................................................................................
Sawmills and planing mills, general .......................................................................................................
Millwork...................................................................................................................................................
Wood kitchen cabinets............................................................................................................................
Veneer and plywood ..............................................................................................................................
Hardwood, veneer and plywood.............................................................................................................
Softwood, veneer and plywood .............................................................................................................

251
2511,17
2512
2514
2515
252
2521
2522
2611,21,31,61
2643
2651
2653

Household furniture................................................................................................................................
Wood household furniture .....................................................................................................................
Upholstered household furniture ...........................................................................................................
Metal household furniture .....................................................................................................................
Mattresses and bedsprings ...................................................................................................................
Office furniture.........................................................................................................................................
Wood office furniture..............................................................................................................................
Metal office furniture ..............................................................................................................................
Paper, paperboard and pulp m ills...........................................................................................................
Paper and plastic bags ..........................................................................................................................
Folding paperboard b o x e s .....................................................................................................................
Corrugated and solid fiber board boxes ................................................................................................

2823,24
2834
2841
2844
2851
2911
301
3079
314
3221
3241
325
3251,53,59

101.7
104.6
95.0
117.3
98.9
101.9

101.0

107.0
108.9
102.3
126.5

100.8
101.4

95.1
97.3
107.3

105.3
98.1
94.8
105.9

96.3
105.7

111.8
121.0

101.2
95.0
103.1
101.5
104.6
109.9
105.6

105.0
93.7

100.1
99.3

102.1
116.0
109.8

102.1 102.1
101.8

102.4
101.4
107.9
103.8
98.3
92.2
92.1
94.5
97.8
93.4

102.8
104.1
102.7
99.9
97.3
102.3
93.6

137.5
110.7
96.2
98.8
98.8
98.7
118.3
114.3
100.5
99.6
107.3

122.0
103.1
107.9
96.4
94.8
106.9
100.3

104.5
105.4
98.0
104.3
106.9

113.9
105.2
94.6
101.3

111.0

109.8

Synthetic fibers .......................................................................................................................................
Pharmaceutical preparations .................................................................................................................
Soaps and detergents ............................................................................................................................
Cosmetics and other toiletries ...............................................................................................................
Paints and allied products .....................................................................................................................
Petroleum refining..................................................................................................................................
Tires and inner tubes..............................................................................................................................
Miscellaneous plastics products.............................................................................................................
Footwear.................................................................................................................................................
Glass containers....................................................................................................................................
Hydraulic cement....................................................................................................................................

115.0
105.3
104.8
94.0
104.8
94.9
107.3
94.8

115.7
106.0
109.6
83.6

102.4
96.0

94.2
102.4
95.7
99.1
105.2
87.0

120.9
104.2
107.4
76.1
99.8
83.7
118.1
98.5
95.6

Structural clay products..........................................................................................................................
Clay construction products......................................................................................................................

95.9
91.6

97.6
94.0

102.8 112.1
107.2
112.1
110.8 109.2

100.2

100.8

112.3
104.1
115.0
104.5
138.8
124.9
103.2
90.4
87.6
94.8

122.6
118.3
100.7
99.5
111.4
114.2
118.2
115.1

86.1

96.1
114.4
101.4

111.8 122.1
103.0
97.4
110.5
98.7
114.0
108.8
92.9
114.0
104.4
92.3
104.4


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101.5
101.7
105.1
90.2

106.4
107.4
99.7
104.2
93.6
98.2

117.9

121.0

110.1
91.1
100.7
97.3

104.7
98.3
115.9
107.5
104.3
107.4
90.3
116.6
111.3
95.3
104.2
111.9
103.6
107.0
100.9
84.0
106.5
79.4
128.2

110.1
106.3
105.8
94.0

102.6
103.3

116.2
124.0
99.8
147.1
110.4

112.2
125.3
118.8
111.5
118.7
101.5
156.6
126.9
106.6
98.6

100.0
94.6
131.3
127.0
105.1
104.1
112.3
118.0
127.9
125.0
86.3
93.5
120.3
107.2
127.9

115.1
123.4
98.3

- 0 .9
- 0 .5
- 1 .5

(3)
(3)
(3)
(3)

(3)
(3)
(3)
(3)

2.6
“
“
“
“
“

3.7
0.3
5.7
2.9
2.6
5.9
6.0
3.7
2.9

(3)

(3)

112.5

0.9

(3)

(3)

“

“ 0.4
“ 9.7
“ 6.5
“ 3.3
-0 .1
- 0 .6
0.9
5.3
5.3

(3)

(3)

(3)
(3)
(3)
105.2
99.1
117.4
145.1
138.0

(3)
(3)
(3)
6.7
- 0 .9
24.1
10.5
8.7

106.1
105.1
114.8
123.4

1.0
1.0
2.2
4.6
5.2
0.5

134.6
125.6

0.8
0.6
2.4

2.6
6.4
5.4
“ -2 .1
“ 0.1
5.1
0.9
7.2

(3)
(3)
120.3

(3)
(3)

102.1
131.3

- 4 .8
2.7

115.2

4.8

(3)
(3)

(3)
(3)

(3)

120.2
120.0
102.2

(3)
(3)
(3)

(3)
(3)
(3)
(3)
(3)

123.9

3.2

(3)

(3)

105.1
114.0

102.4
116.9

-2 .6
2.5

125.7
114.4
98.2

125.4
108.4

-0 .2
-5 .2

1.5

(3)
(3)
126.6
90.7
151.5

(3)

“ -2.1
“ -1 .7

109.9
104.1
121.4
108.4
108.3

110.6
92.9

86.0
116.5
81.8
136.1
107.1
103.9
108.5
108.4
104.0
100.4

5

(3)

(3)
8.7
10.9
11.3

(3)

(3)

115.6
123.2

-2 .0
6.5
13.7

101.8

99.9
97.1

-3 .9

-

3.3

2.7
“ 0.6
“ 4.2
“ 5.2
“ 0.3
“ 0.2
“ -5.3
“ 3.1
3.7
“ 0.9

(5)

1.6
1.2
4.2
-2 .0
7.9
“ 3.9
0.9
1.9
5.7

1.2
1.6

13

MONTHLY LABOR REVIEW March 1986 • Productivity Among Industries, 1984
Table 1. Continued— Indexes of output per employee hour in selected industries, 1979-84, and percent changes, 1983-84 and
1979-84
[1977 = 100]

sic Code1

3251
3253
3255
3271,72
3273
331
3321
3324,25
3331,32,33
3331
3334
3351
3353,54,55
3411

19842

85.4

84.9

84.3

88.6

84.9

82.4

119.8

125.9

128.1

125.5

(3)

110.2

109.6

111.1

100.0

119.9

110.2

92.7

90.4

88.5

92.4

9 6.7

(3 )

Average
annual
percent
change,
1979-84

Percent
change,
1983-84

-

- 0.4
“ 3.1

2.9
(3)

-

8.1

0.5

(3)

4 1.1

99.9

93.1

95.4

90.6

95.7

(3)

(3)

106.9

102.9

112.0

90.9

116.8

132.0

13.0

96.8

90.8

92.7

93.7

98.9

108.0

9.2

100.6

99.8

91.6

89.0

90.6

100.9

11.4

106.5

103.7

118.6

128.0

141.8

152.6

7.6

-

4

1.1
3.6
2.4

-

0.9
8.4

113.3

105.3

124.4

128.5

138.3

156.9

13.4

7.3

99.7

100.0

103.8

103.0

111.5

122.8

10.1

4 .0

98.1

94.1

97.9

106.0

121.1

127.5

5.3

6.3

100.3

100.0

96.8

99.2

110.4

110.6

0.2

2 .3

103.6

102.6

108.1

112.2

121.2

133.5

10.1

103.9

98.4

95.2

92.8

90.5

(3)

(3)

4

102.1

102.1

98.5

98.4

103.3

(3 )

(3)

4

92.8

90.6

90.4

96.0

98.9

(3)

(3)

5.3

-

3.3
0.1

4 1.9

102.3

99.9

101.4

98.1

104.0

(3 )

(3)

4 0.1

102.9

101.6

105.0

106.7

121.5

(3)

(3)

4 3.9

101.5

98.1

98.0

89.3

88.6

(3 )

(3)

105.3

102.8

105.4

101.3

104.6

(3)

(3)

90.2

90.1

93.5

89.5

89.6

(3 )

(3)

98.2

94.3

93.2

82.0

89.0

(3)

(3)

93.3

95.1

94.9

95.0

98.7

3.9

98.3

91.3

94.1

92.6

92.1

95.4

3.6

113.5

106.5

101.0

106.9

108.7

115.0

5.8

100.3

97.4

96.1

88.9

95.3

103.0

8.1

105.6

104.0

104.7

98.4

100.7

( 3)

(3)

102.0

98.8

96.5

88.1

86.8

86.9

0.1

103.0

100.6

98.9

89.4

85.0

85.9

1.1

99.2

9 3.5

8 9.4

85.0

91.6

89.7

100.8

99.2

102.0

89.1

85.4

(3)

101.8

-

-

102.9

100.2

102.4

95.5

(3)

(3)

97.7

101.7

92.7

99.6

(3 )

(3)

105.8

95.4

94.3

83.3

87.2

89.0

2.1

106.0

105.5

106.8

101.7

106.1

(3 )

(3)

101.4

93.8

99.4

100.1

101.2

(3)

(3)

108.4

110.6

106.9

99.6

100.7

101.4

0.7

102.8

103.2

99.5

101.3

105.0

(3)

(3)

99.6

100.1

102.3

109.3

107.5

107.4

0.1
0.4

( 5)

-

4

2.1

101.2

3.6

0.5

(3)

-

-

4

1.5
3.6
4.2
1.7

-

0 .7

4

-

3.5

CO
0
I

Radio and television receiving sets - - Motor vehicles and equipment.............
Instruments to measure electricity------

1983

CO
0
I

3645,46,47,48
3651
371
3825

1982

111.6

100.5

Pumps and compressors.....................
Pumps and pumping equipment...........
Ball and roller bearings ........................
Air and gas compressors......................
Refrigeration and heating equipment - Transformers.........................................
Switchgear and switchboard apparatus
Motors and generators..........................
Major household appliances ...............
Household cooking equipment..............
Household refrigerators and freezers - Household laundry equipment.............
Household appliances, n.e .c ................
Electric la m p s .......................................
Lighting fixtures.....................................

1981

I

3631,32,33,39
3631
3632
3633
3639
3641

Metal cans ...........................................
Hand and edge to o ls ............................
Fabricated structural metal....................
Metal doors, sash, and t r im ..................
Metal stampings —
- ........................
Automotive stampings..........................
Metal stampings, n.e.c. ........................
Valves and pipe fittin g s ........................
Fabricated pipe and fittings ..................
Internal combustion engines, n.e.c. - - Farm and garden machinery ...............
Farm machinery ...................................
Lawn and garden equipm ent...............
Construction machinery and equipment
Oilfield machinery and equipment -----Machine to o ls .......................................
Metal-cutting machine to o ls ..................
Metal-forming machine tools ................
Machine tool accessories......................

1980

CO

3561,63
3561
3562
3563
3585
3612
3613
3621

Brick and structural clay tile - Ceramic wall and floor tile - - Clay refractories ....................
Concrete products..................
Ready-mixed concrete...........
S te e l.......................................
Gray iron foundries............... .
Steel foundries ...................... .
Primary copper, lead, and zinc •
Primary co p p e r........................
Primary aluminum...................
Copper rolling and drawing - - ■
Aluminum rolling and drawing -

1979

CO C\J CO
Ö Ö CO
I
1 1

3423
3441
3442
3465,66,69
3465
3469
3494
3598
3519
352
3523
3524
3531
3533
3541,42
3541
3542
3545

Industry

4 0.6

4

-

1.9
0.2

0.1

1.9

108.7

105.8

107.6

108.6

116.2

122.2

5.2

2.5

108.9

103.9

105.7

112.6

115.6

126.8

9.7

3 .3

5.8

3.8

112.3

114.4

117.4

116.1

128.4

135.9

108.1

102.1

103.9

105.4

112.0

111.6

-

0.4

1.3

2.6

0.6

102.6

99.1

100.4

94.7

103.2

105.9

105.2

103.2

106.9

108.4

124.7

132.0

5.9

5.0

97.6

3.1

0 .6
4 14.5

94.6

93.3

88.7

91.0

94.7

118.5

116.9

133.6

163.9

196.7

97.8

(3 )

(3)

90.8

93.1

96.9

109.6

114.6

4.6

4.1

108.4

111.9

118.8

120.2

(3 )

( 3)

4 4 .7

Other

5541
56

Gasoline service stations7 ..................
Apparel and accessory stores7 .........

14


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104.7

107.3

111.5

115.8

141.9

152.6

7.5

8.2

102.9

107.9

107.6

110.1

128.9

137.7

6.8

5.9

98.3

100.8

90.9

90.0

84.8

( 3)

(3)

98.6

94.3

98.7

93.3

101.0

(3)

(3)

96.6

87.9

92.5

86.8

92.5

( 3)

(3)

113.1

106.2

104.9

114.7

126.0

130.1

3 .3

I

Railroad transportation-revenue traffic
Railroad transportation-car miles —
Class I bus carriers............................
Intercity trucking6 .................................
Intercity trucking-general freight6 -----Air transportation6 ...............................
Petroleum pipelines............................
Telephone communications................
Gas and electric utilities......................
Electric utilities ...................................
Gas utilities.........................................
Retail food stores7 ..............................
Franchised new car dealers...............

P

401
401
4111,31,414
4213 PT
4213 PT
4511,4521 PT
4612,13
4811
491,92,93
491.493 PT
492.493 PT
54
5511

4 0.4
4

-

1.0
3.8

101.7

93.0

86.0

89.2

93.9

104.3

11 .1

0.5

110.8

118.1

124.4

129.1

146.0

(3)

(3 )

4 6.6

97.6

96.2

94.4

89.3

88.1

91.2

3.5

95.4

94.0

93.0

89.5

90.9

94.1

3.5

103.4

102.1

98.1

89.0

81.1

8 3.7

97.3

99.7

96.8

95.2

96.9

95.9

94.6

99.5

96.6

97.4

106.2

106.1

0.1

2 .2

106.9

104.3

105.8

110.7

118.5

119.0

0.4

2.8

114.4

120.1

127.1

130.9

138.1

146.4

6.0

4.9

3.2

-

1.0

-

1.9
0.6
5.1
0.5

Table 1. Continued— Indexes of output per employee hour in selected industries, 1979-84, and percent changes, 1983-84 and
1979-84

Industry

sic C o d e 1

5611
5621
5651
5661
58
5912
602
7011
721
723,724
723

Men's and boys' clothing stores7 .........................................................................................................
Women’s ready-to-wear stores7 ...........................................................................................................
Family clothing stores7 ............................................................................................ - .........................
Shoe stores7 .........................................................................................................................................
Eating and drinking places7 ..................................................................................................................
Drug and proprietary stores7 ................................................................................................................
Commercial banking ............................................................................................................................
Hotels, motels, and tourist courts7 .......................................................................................................
Laundry and cleaning services7 ...........................................................................................................
Beauty and barber shops7 ....................................................................................................................
Beauty shops7 .......................................................................................................................................

1As defined in the Standard Industrial Classification Manual,

1972, published by the Office of

Management and Budget.
Preliminary data.
Not available.
Percent change, 1979-83.
Rate of change is less than 0.05 percent.
Output per employee.
Output per hour of all persons.

2
3
4
5
6
7

1979

1980

1981

1982

1983

19842

108.2
120.7
107.7

106.4
125.5

115.6
139.0
131.4
113.0
96.5
106.2
90.5
96.2

115.7
158.2
139.6
108.9
95.9
106.1
93.2
94.5
90.4
108.3
113.1

120.2
169.0
149.3
109.9
96.4
107.9
102.7
95.5
90.3
114.1

127.0
184.1
155.0
116.3
94.4
109.8
(3)
102.9
93.3
104.5
111.7

112.2

99.1
103.1
99.3
102.4
97.6
107.4
108.0

122.6

109.3
99.2
106.0
92.7
98.6
90.7
102.9
106.2

88.2

109.2
114.7

120.0

Percent
change,
1983-84

Average
annual
percent
change,
1979-84

5.7
8.9
3.8
5.8
-2 .1

3.4
9.4
7.3
0.5
- 1 .0

(3)
7.7
3.3
- 8 .4
- 6 .9

- 0 .3
- 0 .6
0.5
1.5

1.8

1.1
40.7

Although the output per employee-hour measures relate output to the hours of all
employees engaged in each industry, they do not measure the specific contribution of labor,
capital, or any other single factor of production. Rather, they reflect the joint effects of many
influences, including new technology, capital investment, the level of output, capacity utilization,
energy use, and managerial skills, as well as the skills and efforts of the work force. Some of
these measures use a labor input series that is based on hours paid, and some use a labor input
series that is based on plant hours.
No t e :

n.e.c. = not elsewhere classified.

fell. Demand continued strong for high fructose com syrup,
a key product of this industry, which is used as a sweetener,
especially by soft drink manufacturers. The industry has
made substantial capital investment in highly automated
plants, allowing for output expansion at the same time as
employment was being reduced. Other industries with high
rates of gain from 1979 to 1984 include: women’s clothing
stores (9.4 percent), primary copper, lead and zinc (8.4
percent), railroad transportation (revenue traffic) (8.2 per­
cent), tires (7.9 percent), coal mining (7.7 percent), family
clothing stores (7.3 percent), and softwood veneer and ply­
wood (7.2 percent).

productivity. The industry with the second largest falloff
was gas utilities, registering an average annual decline of
5.1 percent from 1979 to 1984. Output fell at a rate of 3.8
percent owing to a drop in average use per customer, while
the number of customers increased, leading to growth in
employee hours at a rate of 1.4 percent. Among other indus­
tries with substantial declines were: Machine tool acces­
sories (—4.3 percent, 1979-83), bus carriers (—4.0 per­
cent), machine tools (-3.6 percent), metal stampings
(-3.6 percent, 1979-83), ball and roller bearings (-3.5 per­
cent), as well as internal combustion engines and hand and
edge tools (both —3.3 percent, 1979-83).
□

Declines, 1979-84. Among the industries with declines,
the wood office furniture industry had the greatest falloff in
output per hour, dropping at a rate of 5.3 percent from 1979
to 1983. (The 1984 data are not as yet available.) Output
decreased at a 4.1-percent rate, while employee hours grew
at a 1.3-percent rate. This industry was severely affected by
the two recessions which occurred within this period and
suffered sharp drops in output and associated declines in

------ F O O T N O T E -------


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1 For a detailed report on these industries, see Brian L. Friedman and
Arthur S. Herman, “Productivity growth low in the oilfield machinery
industry,” M o n th ly L a b o r R e v ie w , December 1985, pp. 34-38; Horst
Brand and Ziaul Z. Ahmed, “Beauty and barber shops: the trend of labor
productivity,” pp. 21-26), this issue; and Elmer S. Persigehl and John G.
Olsen, “Productivity in the metal doors, sash, and trim industry,” pp.
2 7 -3 1 , this issue. An article on the metal stampings industry will appear
in a forthcoming issue of the R e v ie w .

15

The contribution of R&D
to productivity growth
Results of a BLS study suggest that the direct contribution
of research and development to postwar productivity growth
was between 0.1 and 0.2 percent annually
in the nonfarm business sector; R&D had no substantial
effect on the post-1973 productivity slowdown
L e o S v e ik a u s k a s

Many observers believe that research and development
(R& D) conducted in U.S. industry is an important ingredient
in the Nation’s productivity improvement.1 The Bureau of
Labor Statistics has recently conducted work aimed at estab­
lishing the contribution of R&D to productivity growth.2 The
study proceeded along much the same lines as prior BLS
analysis of the contribution of the physical capital stock to
productivity.3 This work calculated real annual investment
in research and development and estimated the R&D stock to
determine the annual and long-term productivity effects of
research spending in the private nonfarm business sector.
This article summarizes the main conclusions which have
emerged from that analysis.
Between 1948 and 1982, U.S. multifactor productivity
growth— the increase in output beyond the contribution of
labor and capital inputs— was 1.2 percent per year. How­
ever, the long-term productivity trend for the postwar period
reflects very different developments during two distinct sub­
periods. Multifactor productivity increased at an annual rate
of 1.7 percent from 1948 to 1973, but then decreased by
0.2 percent per year through 1982. The results reported
below indicate that the R&D stock contributed 0.1-0.2 perLeo Sveikauskas is an economist in the Division of Productivity Research,
Bureau o f Labor Statistics.

16

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cent annually to 1948-82 productivity growth, but had no
substantial effect on the 1973-82 productivity slowdown.
Research and development provides both direct produc­
tivity benefits to industries conducting research, such as
computer or aircraft manufacturers, and indirect benefits to
industries further along the chain of production, as occurs
when banks take advantage of new computer technology or
commercial airlines realize gains from the purchase of better
aircraft. This study deals only with the direct productivity
benefits accruing to industries actually conducting the re­
search. The reader should realize that, on balance, the indi­
rect benefits gained as new technology spreads to other parts
of the economy are likely to be greater than the direct con­
tribution of research. Future Bureau work will attempt to
determine the magnitude of these indirect effects.

Main elements of the analysis
At least eight distinct issues have to be considered in
developing an estimate of the R&D stock and determining its
influence on productivity growth. The following discussion
summarizes the decisions that the Bureau reached on each of
these matters. In several instances, economic understanding
is at present not sufficient to support a definite judgment
concerning the proper treatment of an issue. In these cases,
an assumption which appears reasonable in light of prior

analysis was selected for use in the “preferred” model. How­
ever, sensitivity analyses also examined the effect of other
plausible assumptions on conclusions about the relationship
between r &d and productivity growth.
Defining the R&D stock. The first and main issue is deter­
mination of the components of research that should be in­
cluded in the R&D stock, which establishes the central
framework for the study. BLS measures of productivity in
the major economic sectors rely upon data published in the
national income accounts. Therefore, the components of
research that should properly be included in the R&D stock
are those that directly affect productivity growth as mea­
sured within the context of the national income accounts.
Most analyses of R&D indicate that only privately financed
research directly affects typical measures of productivity.4
However, there is also some evidence that governmentfinanced research conducted in industry affects measured
productivity, although less strongly.5
In view of this information, the preferred measure of the
R&D stock selected for this study includes only privately
financed research conducted in industry and the relatively
small, privately financed projects conducted in colleges and
universities or nonprofit institutions, which are assumed to
be similar in nature. However, the sensitivity analyses dis­
cussed below also consider an alternative measure that in­
cludes government-financed research conducted in industry,
weighted at 20 cents on the dollar.
The Bureau’s definition of the R&D stock includes both
product and process research, and both basic and applied
research, although separate accounts are kept for the latter
two categories to permit differential treatment of lag and
depreciation issues. The R&D stock is here limited to re­
search conducted by U.S. industry. Detailed specification of
the influence of foreign research on the U.S. economy re­
mains an important topic for future empirical investigation.
Locating appropriate data. Once the relevant definition
of R&D was decided, it was necessary to obtain data on
annual expenditures for the categories of research included.
Annual publications of the National Science Foundation
provide the necessary information from 1953 onwards.6
Nestor Terleckyj has prepared similar consistent annual data
on private R&D expenditures for the years 1921-52.7 The
alternative measure of the research stock, which includes
government-financed research conducted in industry, relies
on data developed by David Blank and George Stigler.8
Converting to constant dollars. The third step in the anal­
ysis requires selection of an appropriate R&D deflator to
convert annual research spending into constant-dollar terms.
The National Science Foundation uses the GNP deflator for
this purpose, although it is widely recognized that this series
provides only a very rough approximation. Zvi Griliches has
suggested an alternative deflator that weights the output


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price deflator for nonfinancial corporations at 0.51 and the
unit compensation index for the same sector at 0.49.9 The
BLS study adopts the Griliches deflator, suitably modified to
adjust research expenditures occurring before 1958, the first
year for which nonfinancial corporations data are available.
Determining the appropriate lag time. Once real annual
research expenditures are estimated, the lag between the
time research is conducted and the time it affects productiv­
ity must be considered. On the basis of a review of the
relevant literature, a 2-year lag was selected for applied
research and a 5-year lag was chosen for basic research.
One-year and 3-year lags for applied research were exam­
ined in the sensitivity analyses.
Treating depreciation. A fifth crucial issue is whether the
stock depreciates over time, in the sense of contributing
less to output. If so, what is the time path and pattern of this
depreciation? The literature contains a broad range of con­
clusions on this topic, from some which suggest that R&D
investments do not depreciate at all to others which indicate
rapid depreciation of research expenditures.10
For this study, a depreciation pattern known as 0.1 geo­
metric decay, which implies that 10 percent of the research
stock depreciates each year, was selected as the preferred
choice for applied research. Basic research was assumed not
to depreciate. The sensitivity analyses also examine the
effects of alternatively assuming zero or 0.2 geometric
decay for applied research. As the discussion of the findings
shows, the choice of a rate of depreciation has a substantial
impact on conclusions concerning the effect of R&D on pro­
ductivity growth. Unfortunately, not much is definitively
known about depreciation of the R&D stock.
R&D

Calculating the R&D stock. The research stock was calcu­
lated using standard perpetual inventory methods which de­
termine each year’s net change in the stock by allowing for
new investment and for depreciation.
Deciding on a rate of return. The seventh matter to be
considered is the appropriate rate of return to apply to the
research stock to determine its contribution to productivity
growth. On the basis of a broad range of empirical studies,
a 30-percent real rate of return was selected for use in the
preferred measure.11 On the basis of a review of the relevant
literature, it was assumed that there has been no decline in
the rate of return over time.12 However, the sensitivity
analyses also examined the impact on productivity growth if
there has been a substantial decline in the rate of return to
R&D over time.
Determining the impact of R & D . In the final step, informa­
tion on the R&D stock and its assumed rate of return was
combined to estimate the impact of research on productiv­
ity. This was determined by calculating the research share of
17

MONTHLY LABOR REVIEW

March 1986

•

R&D Contribution to Productivity Growth

output in the private nonfarm business sector and multiply­
ing this share by the growth rate of the research stock. Such
a procedure is standard in analyzing the contribution of
inputs to economic growth.
In these calculations, the research stock is first multiplied
by the assumed real rate of return (.30) to determine annualreal research income. Research income is then divided by
real output in the private nonfarm business sector to obtain
the research share in the sector. Finally, the research share
is multiplied by the annual percentage increase in the R&D
stock to determine the contribution to productivity growth.13

Empirical results
Table 1 presents the preferred estimates of the impact of
on productivity growth. All results are for the private
nonfarm business sector for the 1948-82 period.
Column 1 shows the R&D stock of the sector in 1972
dollars. Over the 1948-82 period, the research stock grew
at an average annual rate of 6.8 percent. From 1948 to 1973,
growth was 7.8 percent a year, but the pace slowed consid­
erably— to 4.3 percent— during the 1973-82 period.
Estimates of year-to-year change in column 2 also indi­
cate that the growth of the R&D stock slowed substantially in
the 1970’s. By that time, however, the research share of
sector income (column 5) was considerably greater than it
had been in the immediate postwar years because of the
consistent substantial growth in the R&D stock. The weight
of research in the economy was therefore greater in recent
years, and each percentage-point increase in the R&D stock
made more of a contribution to output growth. Conse­
quently, the overall contribution of r & d held up better in the
1970’s than the slowing growth rate of the research stock
itself would suggest.
Estimates for the subperiods 1948-73 and 1973-82 indi­
cate that R&D had no substantial impact on the post-1973
productivity slowdown. From 1948 to 1982, R&D contrib­
uted 0.14 percent a year to multifactor productivity growth.
Subperiod rates were essentially the same: 0.14 percent
from 1948 to 1973, and 0.13 percent from 1973 to 1982.14
The annual productivity contributions shown in column 6
provide a more detailed view of the impact of R&D on
productivity. The annual productivity contribution ranged
between 0.16 and 0.18 in the 1960’s, but declined to about
0.11 to 0.12 in the late 1970’s. However, by the early
1980’s, the productivity contribution of R&D had essentially
returned to the magnitudes reached in the 1960’s.
R&D

Other major sectors. The analysis so far has concentrated
on the impact of the research stock in the nonfarm business
sector. It is difficult to obtain a reliable time series for direct
private research investment in the farm sector, and that
sector is therefore not examined here. The heavy expendi­
tures by Federal and State governments on agriculture can
probably best be viewed as indirect research provided to the
farm sector by other industries, and therefore are also not
18


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Table 1. Central variables and results from analysis of the
effects of research and development on productivity growth,
private nonfarm business sector, 1948-82
[In billions of 1972 dollars, unless otherwise indicated]

R&D stock

Year

Level

(1)

(4)

R&D
share
of
total
output3
(in
percent)
(5)

R&D
contribution
to
productivity
growth4
(in
percent)
(6)

$364.5
357.5

$4.0
4.4

1.2

0.10

392.2
418.0
432.2
451.0
442.0

4.7
5.0
5.3
5.6

1.2
1.2
1.2
1.2

.09
.05
.07
.07

1.3

.10

6.7
7.4

1.4
1.4

9.6

479.1
492.7
498.6
488.9
528.2

.15
.14
.13
.19
.17

Annual
growth
rate
(in
percent)
(2)

Output
of
private
nonfarm
business1

Real
R&D
income2

(3)

1948.. .
1 9 4 9 ...

$13.5
14.6

1 9 5 0 ...
1 9 5 1 ...
1 9 5 2 ...
1 9 5 3 ...
1 9 5 4 ...

15.8
16.5
17.5
18.5

8.0
4.6
6.1

20.1

1 9 5 5 ...
1 9 5 6 ...
1 9 5 7 ...
1 9 5 8 ...
1 9 5 9 ...

22.4
24.6
26.7
29.9
32.8

11.4
9.9
8.9

1 9 6 0 ...
1 9 6 1 ...
1962. . .
1963. ..
1 9 6 4 ...

35.6
38.6
41.9
45.1
48.4

8.4
8.5
8.5
7.7
7.3

535.5
545.2
577.3
602.8
641.2

1 9 6 5 ...
1 9 6 6 ...
1 9 6 7 ...
1 9 6 8 ...
1 9 6 9 ...

51.9
55.5
59.5
63.9
68.7

7.1
6.9
7.3
7.4
7.4

685.8
726.5
741.9
782.2
805.0

20.6

1 9 7 0 ...
1 9 7 1 ...
1 9 7 2 ...
1973. . .
1974. . .

73.6
78.7
83.3
87.4
91.5

7.1
7.0
5.8
4.9
4.7

796.6
819.9
877.7
938.1
917.9

23.6
25.0
26.2
27.5

2.8
2.9
2.8

1975.. .
1976. . .
1977.. .
1 9 7 8 ...
1979.. .

96.2

5.0
4.6
3.5
3.8
3.8

896.3
957.9
1023.3
1081.7
1105.0

28.8
30.2
31.2
32.4
33.6

3.1
3.2
3.1
3.0
3.0

.15
.14

4.1
4.4
4.8

1088.7
1112.3
1083.4

35.0
36.5
38.3

3.1
3.3
3.4

.12

1 9 8 0 ...
1 9 8 1 ...
1 9 8 2 ...

100.6
104.1
108.0

112.1
116.7

121.8
127.7

8.8

5.7
8.3

11.8

6.0

8.0
9.0
9.8
10.7

11.6
12.6

13.5
14.5
15.6
16.6
17.9
19.2

22.1

1.6
1.8

1.7

1.9

2.3

.16
.17
.17
.16
.16

2.3
2.3
2.3
2.4
2.5

.16
.15
.17
.17
.18

2.7

.18
.19
.16
.13
.13

2.1
2.1
2.2

2.9

.11
.11
.11

.14
.16

1

Constant-dollar output of the sector. All calculations were conducted prior to the January
1985 GNP revisions.

2

Column (1) x 0.30, under the assumption of a 30-percent rate of return on the research
stock.

3Column (4) divided by column (3).
4To illustrate the methodology adopted to generate these estimates, the 1948-49 growth in
the research stock, .088 (or 8.8 percent), is multiplied by the research share, .012 (or 1.2
percent), to determine the productivity contribution, which is .0010, or 0.10 percentage points.
Text footnote 13 describes the actual method used, which tends to result in slightly lower
contributions.

considered in this report.
In addition, it is difficult to establish a reliable basis on
which to divide nonfarm business research between its man­
ufacturing and nonmanufacturing components. Tentative
estimates suggest that research and development may have
contributed as much as 0.41 percent per year to 1948-82
productivity growth in manufacturing, but only 0.01 percent
to direct productivity growth in the nonmanufacturing sec­
tor. These very different effects of the direct impact of
research arise because an extremely large proportion of di­
rect research spending takes place in manufacturing.

Sensitivity analyses
The preferred results summarized above are based on a
2-year lag between applied research and its effect on produc­
tivity, 0.1 geometric depreciation, use of the Griliches de­
flator to convert research expenditures into real terms, inclu­
sion of only privately financed research, and a constant rate
of return to the research stock over time. But, as indicated
earlier, these assumptions are subject to some uncertainty
because much remains to be known about the economics of
R&D. Therefore, a sensitivity analysis was conducted to
determine how other plausible assumptions affect the central
conclusions concerning the influence of R&D. The first line
of table 2 lists the productivity impacts with the preferred
assumptions. These figures provide the base-case frame­
work, which is used as the standard of reference for exam­
ining the effects of using alternative assumptions in the
model.
Changes in the lag before applied research influences
production have little effect on long-term productivity
growth. If a 1-year lag is adopted, the R&D impact is slightly
greater (line 2), essentially because the research stock is
then somewhat larger. However, there is no substantial
change in the effect of R&D on productivity. If a 3-year lag
is assumed instead (line 3), there is no change at all in the
implied influence of R&D on productivity growth.
In contrast, changes in the assumed rate of depreciation
have a major impact on the implied influence of R&D. If
there is zero depreciation, the research stock increases more
rapidly and is larger at every given time, both of which
suggest that R&D contributes more to productivity. With
zero depreciation (line 4), research contributes 0.33 percent
to 1948-82 productivity growth; the 1948-73 contribution
of 0.31 percent increases to 0.40 percent in 1973-82 as the
r & d stock continues to grow.
Table 2. The effect of alternative assumptions on the im­
plied influence of the research and development stock on
productivity growth, 1948-82 and two subperiods

Alternative assumption

R&D contribution to
productivity growth1
(in percent)
1948-82

1948-73

1973-82

1)

Preferred estim ate.............................................

0.14

0.14

0.13

2)

1-year lag for applied research..........................

.15

.15

.14

3)

3-year lag for applied research..........................

.14

.14

.13

4)

Zero depreciation of applied research...............

.33

.31

.40

5)
6)

0.2 geometric depreciation of applied research .

.09

.10

.08

GNP deflator used to deflate research
expenditures .................................................

.14

.14

.14

7)

Two-tenths of Federally funded research conducted in industry counted in the research
stock ..............................................................

.16

.17

.13

8)

The real rate of return to research declines over
time2 ..............................................................

.13

.14

.10

1 See footnote 4, table 1.
2 Assumes a linear decline from 30 percent in 1967 to 20 percent in 1982.


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Conversely, if 0.2 geometric decay is assumed for ap­
plied research (line 5), the R&D stock grows more slowly
and is smaller, so that R&D contributes only 0.09 percent to
1948-82 productivity growth, 0.10 percent in 1948-73 and
0.08 percent in 1973-82. These amounts are moderately
less than in the preferred case. Because the depreciation of
r & d has important implications for the role of the research
stock in productivity growth, further study of this issue
would be highly useful.
If the GNP deflator is used instead of the Griliches deflator
(line 6), the original results are not greatly changed. How­
ever, if two-tenths of the Federal expenditures for research
conducted in industry are included (line 7), the 1948-82
productivity contribution is 0.16 percent, reflecting the
greater research stock. In addition, R&D plays a greater role
in the productivity slowdown, with its contribution declin­
ing from 0.17 percent in 1948-73 to 0.13 percent in 1973—
82. This reflects the fact that the growth of Federally fi­
nanced research conducted in industry slowed more during
the 1970’s than did privately financed research spending.
Nevertheless, even if the Federal funds are included, the
implied R&D effects on productivity growth (and the produc­
tivity slowdown) are not very great.
Finally, line 8 presents the case in which the rate of return
declines linearly from 30 percent in 1967 to 20 percent in
1982. The productivity contribution of R&D is slightly lower
for 1948-82 as well as for 1973-82. However, once again
the contribution to the productivity slowdown is less than
one-tenth of a percentage point.
In summary, the preferred estimates of the impact of R&D
on productivity growth are fairly robust with respect to
changes in the central assumptions used in constructing
them. The exception is the rate of depreciation: under the
zero depreciation assumption, the effect of R&D on produc­
tivity is substantially greater.15
c o n c l u s i o n s drawn here must be qualified because
they deal only with the direct return to research and develop­
ment. The indirect effects of research are likely to be
greater, but because they take longer to appear, the slow­
down in research spending in the late 1960’s and the 1970’s
is probably not yet fully reflected in productivity measures.
The Bureau of Labor Statistics plans further study of the
indirect effects of r &d .
More generally, although R&D has received much atten­
tion, it represents only a portion of the many social and
individual activities relevant to technical progress. Manage­
rial and organizational quality, the integration of the indus­
trial relations system with effective technological change,
and technological achievements by individual inventors or
entrepreneurs all are important facets of technical change.
These aspects of innovation are also likely to have had a
substantial impact on productivity growth but are, regret­
tably, extremely difficult to quantify on a comprehensive
national basis.
□

The

19

MONTHLY LABOR REVIEW

March 1986

•

R&D Contribution to Productivity Growth
--------- F O O T N O T E S ---------

1 A National Academy o f Sciences report which suggested improve­
ments in the Nation’s productivity statistics paid substantial attention to the
role o f research and development in productivity growth. See Measurement
and Interpretation of Productivity (Washington, National Academy o f Sci­
ences, 1979). John W. Kendrick and Elliot S. Grossman find research and
development to be the most important factor affecting interindustry differ­
ences in productivity growth. See Productivity in the United States: Trends
and Cycles (Baltimore, m d , The Johns Hopkins Press, 1980). See also Zvi
Griliches, “Issues in Assessing the Contribution of Research and Develop­
ment to Productivity Growth,” Bell Journal o f Economics, Spring 1979,
pp. 9 2 -1 1 6 .
2 Recent b ls work on this topic is summarized in Research and Develop­
ment and Productivity Growth (Bureau of Labor Statistics, forthcoming).
3 The Bureau s work on the influence of physical capital on productivity
is summarized in Jerome A. Mark and William H. Waldorf, “Multifactor
productivity: a new b ls measure,” Monthly Labor Review, December
1983, pp. 3 -1 5 . A detailed discussion o f the effect of capital on productiv­
ity is contained in Trends in Multifactor Productivity, 1948-1981, Bulletin
2178 (Bureau o f Labor Statistics, September 1983).
4 William N. Leonard, “Research and Development in Industrial
Growth,” Journal of Political Economy, March 1971, pp. 232-56; and
Nestor E. Terleckyj, “Research and Development and U .S. Industrial Pro­
ductivity in the 1970’s,” in Devendrá Sahel, ed., The Transfer and Utiliza­
tion of Technical Knowledge (Lexington, m a , Lexington Books, 1982),
pp. 6 3 -9 9 .
5 David M. Levy, and Nestor E. Terleckyj, “Effects of Government
Research and Development on Private R and D Investment and Productiv­
ity: A Macroeconomic Analysis,” Bell Journal of Economics, August
1983, pp. 551-61; Zvi Griliches, “Returns to Research and Development
Expenditures in the Private Sector,” in John W. Kendrick and Beatrice N.
Vaccara, ed s., New Developments in Productivity Measurement and Anal­
ysis (Cambridge, m a , National Bureau of Economic Research, 1980),
pp. 419-54; and Zvi Griliches, “Productivity, R and D and Basic Research
at the Firm Level in the 1970’s,” Discussion Paper 1124 (Cambridge, m a .
Harvard Institute o f Economic Research, 1985).
6 National Science Foundation, Research and Development in Industry,
various issues; and National Science Foundation, National Patterns of
Science and Technology Resources, various issues.
7 Nestor E. Terleckyj, “R and D as a Source of Growth of Productivity
and Income,” Working Paper (Washington, National Planning Associa­
tion, May 18, 1982).
8 David B. Blank and George J. Stigler, The Demand and Supply of
Scientific Personnel (New York, National Bureau of Economic Research
1967).
9 Zvi Griliches, “Comment (on Mansfield),” in Zvi Griliches, e d ., R and
D, Patents and Productivity (Chicago, University of Chicago Press, 1984)
pp. 148-49.
10 Ariel Pakes and Mark Schankerman, “The Rate o f Obsolescence of
Patents, Research Gestation Lags and the Private Rate o f Return to Re­
search Resources,” in Griliches, ed., R and D, Patents and Productivity,
pp. 73-88; Terleckyj, “Research and Development and U .S. Industrial
Productivity in the 1970’s”; and Zvi Griliches and Frank Lichtenberg,
“Research and Development and Productivity at the Industry Level: Is
There Still a Relationship?” in Griliches, ed., R and D, Patents and Pro­
ductivity, pp. 4 6 5 -9 6 .
11 There are two types o f studies which provide evidence on the rate of
return to research and development: regression studies o f industry or firm
productivity growth and studies o f returns to specific representative r & d
projects. Regression evidence is subject to many well-known qualifica­
tions, such as omission o f relevant variables. Therefore, it is important to
emphasize that the studies of the returns to specific research projects sug­
gest conclusions broadly comparable with the evidence from the regression
analysis o f productivity. The consistency between these two different
strands o f evidence greatly increases the confidence which can be placed
in the implied relationship between r & d and productivity growth.

20

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Important regression studies include Zvi Griliches, “Research Expendi­
tures and Growth Accounting,” in B.R. Williams, ed., S c ie n c e a n d T e c h ­
n o lo g y in E c o n o m ic G r o w th (New York, Macmillian C o., 1973), pp. 5 9 95, Nestor E. Terleckyj, E ffe c t o f R e s e a r c h a n d D e v e lo p m e n t o n th e
P r o d u c tiv ity G r o w th o f I n d u s tr ie s : A n E x p lo r a to r y S tu d y (Washington,
National Planning Association, 1976); Zvi Griliches, “Returns to Research
and Development Expenditures in the Private Sector”; Leo A. Sveikauskas,
“Technology Inputs and Multifactor Productivity Growth,” R e v ie w o f E c o ­
n o m ic s a n d S ta tis tic s , May 1981, pp. 275-82; Frederic M. Scherer,
“Interindustry Technology Flows and Productivity Growth,” R e v ie w o f
E c o n o m ic s a n d S ta tis tic s , November 1982, pp. 627-34; and Zvi Griliches
and Frank Lichtenberg, “Interindustry Technology Flows and Productivity
Growth: A Reexamination,” R e v ie w o f E c o n o m ic s a n d S ta tis tic s , May
1984, pp. 324-29.
The most important studies of the returns to representative projects are
Edwin Mansfield, John Rapoport and others, “Social and Private Rates of
Return from Industrial Innovations,” Q u a r te r ly J o u r n a l o f E c o n o m ic s ,
May 1977, pp. 221-40; and J. G. Tewksbury and others, “Measuring the
Societal Impact of Innovations,” S c ie n c e , Aug. 8, 1980, pp. 6 5 8 -6 2 ,
including the further references cited there.
Many regression studies of the impact o f research and development on
productivity growth measure the increase in the research stock as observed
research spending. If research investments depreciate, these regression
studies may substantially underestimate the true return to research. In this
context, the Mansfield case-study evidence was especially helpful in ensur­
ing that the return to research selected for the present study is realistic.
12 Studies which find no substantial change in the rate of return to r & d
over time includes Zvi Griliches and Frank Lichtenberg, “Interindustry
Technology Flows”; Kim Clark and Zvi Griliches, “Productivity Growth
and R and D at the Business Level: Results from the p im s Data Base,” in
Griliches, ed., R a n d D , P a te n ts a n d P r o d u c tiv ity , pp. 393-416; and
Griliches, “Productivity, R and D and Basic Research at the Firm Level in
the 1970’s .”
A somewhat earlier study presents evidence indicating the rate o f return
to research may have declined and considers some o f the reasons why such
a declining return is plausible. See Edwin Mansfield, “How Research Pays
O ff in Productivity,” epri J o u r n a l, October 1979, pp. 2 5-28.
13 The share o f research and development in any year can be calculated
by multiplying the research stock times the assumed real rate o f return (.30)
to obtain implied real research income, and dividing the result by real
output.
The research share indicated for each year in table 1 is obtained by
calculating S t- j , the research share for the first year of any binary compari­
son, and S t , the corresponding research share in the second year. The share
used, S t , is then calculated as Sf_; + S t) / 2 . 0 , or the average share for the
two years in question. The contribution to productivity growth is then
obtained from S t (lo g R , — lo g R t ^ j ) , where R , and R t- j are the values of
the research stock in the two years under consideration. The logarithmic
form here indicates that growth rates are measured in continuous rather than
discrete terms. Appendix a o f the forthcoming b ls Bulletin R e s e a r c h a n d
D e v e lo p m e n t a n d P r o d u c tiv ity G r o w th provides more complete informa­
tion on the procedures used here.
The bulletin also includes a more detailed discussion of the various ways
in which economists have examined the impact of r & d and the many
complex issues which must be addressed in developing quantitative mea­
sures. Current understanding in this area leaves several important matters
unresolved. In particular, the possibility of quality improvement in the r & d
sector and the interactions between basic and applied research deserve
further attention.
14 The average annual productivity contribution for each of the periods
considered was calculated as the geometric mean of the relevant annual
contributions listed in column 6 o f table 1.
15 However, with the zero depreciation assumption, the contribution of
increases about one-tenth of a percentage point from 1948-73 to
1973-82; r & d not only does not contribute to the productivity slowdown,
but is a positive force which tends to offset some o f the slowdown occurring
for other reasons.
r&d

Beauty and barber shops:
the trend of labor productivity
Output per hour of persons employed
in these shops rose at an annual rate
of 0.8 percent between 1972 and 1984 ,
in line with the productivity trend
for other personal service industries
H o r st B r a n d

and

Z ia u l Z . A

hm ed

Output per hour of persons employed in the beauty and
barber shop industries rose at an average annual rate of
0.8 percent between 1972 and 1984.1 Other industries with
a high personal service component show roughly compara­
ble trend rates, including the hotel and motel industry.
Output of beauty and barber shops remained virtually
unchanged between 1972 and 1984, while hours dipped
0.6 percent a year. (See table 1.) The comparative weakness
in output and hours was linked to sharp contractions in the
number of barber shops. Beauty shops recorded some gains
in output and a small long-term rise in hours.2
The output-per-hour trend rates for the two industries
combined, as well as for beauty shops separately, mask
pronounced year-to-year fluctuations. These, in part, re­
flected short-term volatility in the productivity mainly of
beauty shops. Such volatility has probably been linked with
lags in the adjustment of labor inputs to output changes—
accounting for a relatively tight supply of labor in relation
to output in “good” years, and for excess supply in “o ff’
years. In beauty shops, productivity fluctuated between a
rise of 8 percent (in 1984) and a drop of 6 percent (in 1976).
The gains were associated with output rising more than
Horst Brand And Ziaul Z. Ahmed are economists in the Division of Indus­
try Productivity and Technology Studies, Bureau of Labor Statistics.


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hours (or with hours declining)— except in 1981 when pro­
ductivity increased because of a decline in output that was
less than a decline in hours. Losses were all linked with a
decrease in output accompanied by additional hours.
A change in the productivity trend in the two industries
occurred after 1976. Between 1972 and 1976, output per
hour fell in both industries; in beauty shops, it decreased at
an average annual rate of nearly 4 percent. Subsequently, it
rose 2.4 percent a year. The productivity drop during the
1972-76 period was to some extent associated with a strong
increase in the service capacity of beauty shops, as indicated
by expanding self-employment— accompanied by a change
in hair styling fashions that reduced certain styling service
requirements. The productivity rise after 1976 was linked
with declining self-employment, and with fashion changes
that called for more styling services.

Demand and output
Beauty shops render up to 12 distinct types of services;
barber shops up to eight. Workers in both industries mainly
cut hair; many establishments confine their service to hair
cutting. In addition to haircuts, full-service beauty shops
offer permanents, coloring, conditioning, and manicures; a
few offer pedicures. A limited number of shops also perform
facials and other cosmetical skin treatments. They also fit
21

MONTHLY LABOR REVIEW March 1986 • Productivity in Beauty and Barber Shops
and service wigs. Their patrons often include men. The
range of barber shop services is generally narrower, al­
though styling and shampooing of men’s hair have increased
somewhat in importance. Women are also served.
Service output of beauty shops did not display a notably
strong long-term trend, rising at an average annual rate of
1.4 percent between 1972 and 1984. Service output of bar­
ber shops declined at a rate of 4.8 percent a year during that
period. The decline in barber shop output was somewhat
erratic. The long-term uptrend in beauty shop service output
obscures a rather sharp falloff between 1972 and 1976 that
was subsequently reversed. Until 1976, beauty shop service
output dipped 3.3 percent a year; thereafter it rose 2.6 per­
cent a year. Neither the output of total consumer services
nor of the consumer service industries for which the Bureau
of Labor Statistics computes pertinent measures so strongly
reversed trend during the decade (average annual rates, in
percent):3
1972-84

1972-76

4.7
3.6

3.5

3.3

1.4
-4 .8
3.9
2.7
-2 .8

-3 .3
-4 .5
3.0
3.1
-6 .6

2.6
-5 .6
3.5
2.2
-1 .9

3.7

Year
Pro­
duc­
tivity
1972
1973
1974
1975
1976
1977
1978
1979
1980
1981
1982
1983
1984

...........................................
...........................................
....................................
...........................................
...........................................
...........................................
...........................................
...........................................
...........................................
...........................................
...........................................
...........................................
...........................................

Average annual percent change:
1972-84 ....................................
1979-84 ....................................

All
person
hours

Pro­
duc­
tivity

Out­
put

94.4
96.1
93.8
94.4
96.8

100.0

105.0
100.7
101.4
98.7
95.0

108.6
106.8
101.5
97.6
94.4

100.0 100.0

111.7

106.2
108.4
107.2
105.1
103.6
119.4
119.7

101.4
100.4
100.9
91.6
91.9
99.5
107.2

103.6
107.4
102.9
109.2
108.3
114.1
104.5

105.3
105.6
103.6
99.9
97.8
109.8
108.5

98.3
100.7
91.5
90.3
96.2
103.8

0.9
1.5

1.4
2.3

0.5

0.8

0.2
0.8

-0 .6
0.3

110.1
106.2
106.2

Out­
put

103.9

102.1
99.6

100.1 94.5
94.3
91.3
100.0 100.0
104.7
108.0
106.2
114.7
113.1

120.0

0.8

0.5

All
person
hours
103.4
106.0

100.1
98.9
99.4

100.0
101.6

5.2

Among reasons is that beauty shops are subject to changes
in hair styling fashions, and these were quite far-reaching
during the 1970’s. Such changes have often shifted some
elements of hair care from beauty and barber shops to the
home (do-it-yourself), and vice versa.
Trade publications data and interviews with industry rep­
resentatives confirm that the mix of services offered by
beauty shops changed significantly between 1972 and 1984,
as styles changed. In the late 1960’s and early 1970’s, long
hair became popular and required more attention by hair
stylists than the fashions that followed. Bouffant hairdos,
which entail much back-combing (“teasing”) and setting,
hence additional labor, were still popular.4 After about
1972, shorter hair and the “natural look,” requiring less
styling and setting, came to be preferred, somewhat dimin­
ishing the need for professional styling.5 Women now
tended to visit beauty shops chiefly for trimming of their
hair, often washing it themselves. This reduced the time
needed for such services as shampooing and setting of the
hair.6 Hair coloring, which had been popular during the
early 1970’s, declined in relative importance as the “natural
look” gained favor. The demand for “wash and wear” permanenting rose strongly throughout the 1970’s, because it
permitted minimum maintenance of hair style and lessened
visits to beauty shops.7
Moreover, longer hair among men came into fashion, and
men who preferred to have their hair professionally


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Beauty and
barber shops2

Beauty shops1

1Standard Industrial Code 723.
2 SIC 723 and 724 combined.

All consumer services........

22

[1977=100]

1976-84

All services, except
government ....................
Beauty shops ......................
Barber shops ...................... . . .
Hotels, motels ....................
Eating and drinking............
Laundry and drycleaning . . . . .

Table 1. Productivity and related variables in the beauty
and barber shop industries 1972-84

groomed increasingly visited beauty shops.8 “Unisex”
salons, usually featuring limited services common to the
hair styling needs of both sexes (hair cut, permanent wave,
and shampoo), spread. The expansion of unisex salons, with
their emphasis on walk-in, no-wait service (no appoint­
ments), represented a basic marketing shift; and has been a
factor in the persistent decline in the number of barber
shops.9
The change in fashions and the resultant shift in the ser­
vices performed by beauty and barber shops apparently did
not much affect labor requirements. The proportion of labor
costs in beauty salons’ total operating costs averaged around
60 percent throughout the period. While permanenting
gained and hair coloring lost in relative importance, the two
together have evidently accounted for roughly one half of
the work performed in beauty shops. The relative impor­
tance of shampooing, conditioning, and trimming of hair
seems to have changed little over the period.10 The range of
barber shop services generally remained narrow, with hair­
cuts outranking their other services. However, hair styling
has increasingly added to the quality of barbers’ hair cutting
service.11
The fashion changes that occurred in the early 1970’s
loosened the traditional relation between beauty shop ser­
vices, household incomes, and changes in the age composi­
tion of the female population.12 The age distribution of
employed women age 35 to 54 changed little, and this
group, according to an industry survey, has the greatest
probability of visiting beauty shops and the highest fre­
quency in doing so. The proportion of employed women in
this age group declined from 38 percent in 1972 to
34 percent in 1977, then rose to 37 percent in 1984.13 Over­
all, employment of women rose at an average annual rate of

3.3 percent between 1972 and 1984, and median income (in
current dollars) of women working full time increased at an
estimated rate of 8 percent a year. The rise in women’s
employment and income proved paradoxical. It often meant
that less time was available for visits to beauty shops, and
more hair care was performed at home. Moreover, many
women apparently preferred unisex salons, offering no-frills
service. However, women could afford to patronize fullservice salons more frequently.14 In general, according to
the survey, the frequency of beauty salon visits rises with
income. Yet, pressure of time may reduce the services re­
quested or desired by the client.
Despite the increase in the output of beauty shops since
the mid-1970’s, constant-dollar receipts of both beauty and
barber shops declined steadily as a proportion of total per­
sonal consumption expenditures for services, falling from
1.2 percent in 1972 to 0.7 percent in 1982.

Employment and industry structure
Employment in beauty and barber shops, including pay­
roll as well as self-employment, totaled 692,000 persons in
1984. It did not, on balance, change significantly over the
1972-84 span. Hours declined at an average annual rate of
0.6 percent, partly reflecting a continual shift to part-time
schedules.
Annual employment and hours data for barbershops are of
but limited validity.15 However, pertinent data collected by
the Bureau of the Census for census years show that the
number of barber shops declined 25 percent between 1972
and 1977. The number of paid employees dropped 17 per­
cent over that period, with a further 25-percent decrease
indicated for the 1977-83 span. Self-employment, as indi­
cated by the number of proprietorships and partnerships,
dropped by just over one-third between 1972 and 1983.16
Census data show that the great majority of barber shops
do not employ wage or salary workers. The one-sixth which
do account for close to one-half of receipts. Of barber shops
with payrolls, one-fifth employs half of the payroll em­
ployees in the industry. Most of the others engage one or
two paid workers, with the owner or owners also working.
Employment in beauty shops, which totaled about
591,400 persons in 1984, rose at a rate of 1.1 percent a year
over the 12-year period. It increased even in years of declin­
ing service output, except in 1981 when it dropped sharply,
and in 1974 when it remained unchanged from the previous
year. Hours responded somewhat more closely to move­
ments in output, rising at a rate of 0.5 percent between 1972
and 1984. For 1982, the BLS estimates that nonsupervisory
beauty shop workers averaged 29.6 hours per week, reflect­
ing a high part-time component, and that part-time sched­
ules accounted for 39 percent of employed workers.17 This
represents a far higher proportion than for employed work­
ers generally, of whom only 13 percent were on voluntary
part time (in 1984); or for service workers (other than in
private households), of whom 18 percent worked part time.

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While two-fifths of all beauty shops employ wage or
salary workers, they account for four-fifths of the industry’s
total receipts. On average, beauty shops with payrolls em­
ploy four workers. However, 60 percent of the payroll em­
ployees work in only 30 percent of all beauty shops, averag­
ing eight workers per shop. In addition, the owner or owners
also perform beauty services (industry sources believe
90 percent do so).
Self-employment in barber shops dropped much more
sharply over the 1972-83 period (35 percent) than payroll
employment (25 percent); and it rose a bit more in beauty
shops (15 percent) than payroll employment (14 percent). It
was mainly the small beauty shop with one or two paid
employees whose numbers dwindled. It is of interest to note
that self-employment in beauty shops attained a peak in 1980
that was 19 percent above the previous high, reached in
1972. But in 1983, self-employment was 4 percent below
the 1980 mark. The leveling off in beauty shops’ payroll
employment was much more moderate.
While total employment (all persons) in beauty and bar­
ber shops combined did not change significantly between
1972 and 1984, employment in industries with a large per­
sonal service component generally rose rapidly. In general,
in industries that may be defined as consumer-oriented ser­
vices with a high personal-service component, employment
increased at an average annual rate of 3.8 percent between
1972 and 1984, or by 53 percent.18
Both barbers and hair stylists— often referred to as cos­
metologists— are skilled workers, and are required to obtain
up to 1,800 hours of training in most States, as well as to be
licensed. While hourly earnings do not compare favorably
with the average for private nonfarm industries or for service
industries generally, comparisons are not entirely valid be­
cause beauty and barber shop workers receive tips, and are
generally paid on a commission basis.19 However, there is
a large reserve pool of licensed but inactive hair stylists,
estimated by industry observers at several times the number
actually working. The potential competition tends to constrain pay increases.

Efficiency and tools of the trade
No official data on the capital expenditures of the beauty
and barber shop industries are available. However, the Bu­
reau of the Census reports the value of shipments by manu­
facturers of barber and beauty chairs, other furniture, and
equipment (including hair clippers) for the two industries.
The value of such shipments amounted to $47.5 million in
1982; this represented a decline from both 1977 and 1972
when the pertinent figures are adjusted for price changes.
Beauty and barber shop personnel, of course, use many
kinds of tools manufactured in a broad variety of industries,
so that the above figure for the heavier types of equipment
understates the two industries’ total equipment outlays.
Trade sources indicate beauty shop expenditures of
$46.4 million in 1982 for appliances, such as hand dryers,
23

MONTHLY LABOR REVIEW March 1986 • Productivity in Beauty and Barber Shops
and for such durable sundries as shears and scissors.21 That
would suggest total equipment expenditures of close to
$100 million in 1982 by the two industries. (No reliable
estimate for outlays for structures and structural fixtures can
be offered.)
Barbers and hair stylists use a variety of powered and
unpowered handtools, often in conjunction with small elec­
trical appliances (such as heat lamps), as well as shampoos,
tints, and conditioning solutions in performing their work.
There have been and continue to be improvements in both
the equipment they use and the solutions they apply. These
improvements, however, are designed primarily to facilitate
adaptation to changing hair styles, rather than to reduce
labor requirements per patron served for the same hair style
or category of service.
The use of cordless, rechargeable clippers and trimmers
allows the operator greater freedom of movement. It is de­
batable whether these devices have lessened unit labor re­
quirements. Industry observers in the barbering trade, where
the electric clipper was introduced long ago, doubt that this
device has significantly reduced the time needed for men’s
or boys’ haircuts, although it is much less laborious to use
than the unpowered clipper, which it replaced. Similarly,
shampoo machines, introduced in barber shops 15 to
20 years ago with the expectation that they would save time,
do not significantly lessen the time needed for the average
haircut, although the machines may make the service more
agreeable to the customer.22
Electric blowers have tended to replace dryers. They are
easier to manipulate in conjunction with blow drying or
styling. Blowing is thought to be less quick than heat drying
but conforms more readily with so-called “wash-and-wear”
hair styling and the “casual” hair styles in fashion among
both women and men. More than a decade ago, formalized
hair-setting practices required operators to use setting lo­
tion, pins or rollers, and dryers. The practice, and the fash­
ion that gave rise to it, are no longer popular, thereby reduc­
ing labor requirements. However, some establishments (and
patrons) continue to prefer the more formalized hair styling
practices and dryers.23
Combs made of better plastics are now more pliable and
run more easily through the hair, and last longer. Brushes
are now easier on the scalp, more specialized to type of
hairdo, and also last longer. Shears are shorter to give the
operator greater control in trimming hair; they also are made
of better metals, require less frequent sharpening, and pro­
duce a cleaner cut. Easier to use curling irons have also been
introduced.24 Industry observers generally agree that these
developments have not significantly reduced unit labor re­
quirements, although operator effort has been eased by
them.25
This also holds generally for the solutions applied in
washing, setting, conditioning, and tinting of hair. Thus,
shampoos clean the hair, but they also tend to dry it out.
Additives have been developed which inhibit this drying
24


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process. Permanent wave solutions and tints are more gentle
and do less damage to the hair’s molecular structure.26 Tints
are now manufactured in the form of creams rather than
liquids, which tends to improve the hair’s appearance. But
the hair stylist must still divide the hair every 16th of an inch
for proper tinting to reach the roots. The improved tint has
not materially shortened the time required for the work.27
Permanent-wave solutions have been developed that time
permanents automatically and permit the hair stylist to re­
move the curling rods without testing the curl for proper
setting. In principle, this shortens labor requirements for
this particular service. However, because of the variance in
hair texture, the stylist may be reluctant to follow the man­
ufacturer’s instructions to the letter. She or he may be
guided by, but not entirely rely upon, the automatic setting
prescribed by the manufacturer. The stylist will generally be
less concerned with saving time than with the quality of the
service rendered to the patron, although in busy beauty
shops there may be conflicting pressures.
Technological changes occurred during the decades prior
to the period studied here that led to the expansion of the
beauty shop industry and the contraction of barber shops.28
Thus, the advent of the permanent-wave machine in the
1920’s shifted women’s hairstyling from the home to the
market. The “cold wave,” a chemical means of curling hair
in conjunction with curlers, accelerated the shift in the late
1940’s and 1950’s. By contrast, the invention of the safety
razor, and its diffusion when its price dropped after the
patent had expired, shifted shaving from the barber shop to
the home; the electric razor, widely marketed first during the
1930’s, completed the shift. Thereafter, the work of barber
shops was by and large confined to hair cutting. Beauty
shops have almost always been under competitive pressure
from hairstyling products for home use, but generally they
have been able to overcome this pressure by improving
quality of service and of the service environment.

Outlook
It appears likely that the basic skills of hair stylists and
barbers will continue to resist, as they have in the past, the
kinds of technological change that incorporate them in me­
chanical devices. Industry observers do not foresee techno­
logical innovations on the scale of the permanenting ma­
chine, discussed earlier, which fed the expansion of the
beauty shop industry prior to the 1972-84 period. Industry
observers also believe that hair styling and barbering, being
highly personalized services, should not be surrounded by
impersonal technologies and “gadgetry.” Hand-held tools of
the beauty and barber trades will probably continue to be­
come better adapted to hair styling and trimming tasks, and
the chemical applications required for setting, conditioning,
and coloring of hair should continue to become more ser­
viceable.29 But it is not clear that they will be more laborsaving than tools currently in use.

Certain organizational (or structural) changes in both in­
dustries have occurred (and should continue to occur),
which tend to standardize operational practices and set mod­
els of managerial efficiency. Thus, as of 1983, 19 firms
listed by the U.S. Department of Commerce franchised (or
operated) more than 2,000 beauty and barber shops. In
addition, training services were offered as part of exclusive
product-sales franchises to more than 5,000 shops.30
Consulting services are now available to assist in setting
up and equipping salons. They offer a variety of services,
such as architectural and interior design, advertising pro­

grams, and managerial and financial advice.31 Salon man­
agement systems have been widely accepted by the larger
shops. Their originators provide computer software and ad­
vice in its use. The business and financial side of salon
management may thus increasingly come to be handled by
outside firms under contract with the salon owner. In turn,
performance standards of employees more in line with oper­
ating costs may be more readily formulated and may im­
prove operational efficiency in both industries, as the stand­
ards diffuse.32
□

-FOOTNOTES1 The two industries for which productivity is discussed here have been
designated as sic 723 (beauty shops) and sic 724 (barber shops) in the
Office o f Management and Budget’s Standard Industrial Classification
Manual, 1972. Beauty shops are primarily engaged in beauty services;
barber shops are primarily engaged in furnishing barber and men’s hair
styling services. Combination beauty and barber shops are classified as
sic 723. Beauty schools and barber schools are included in the respective
industries.
A separate productivity measure for barber shops has not been published
because o f the limited reliability of employment data.
Average annual rates of change are based on the linear least squares
trends o f the logarithms of the index numbers. The measures of productiv­
ity will be updated and included in the annual b ls bulletin, Productivity

Measures for Selected Industries.
2 For an earlier study of productivity in beauty and barber shops, see Jean
Alexander Wilburn, “A Contrast in Productivity Trends Within Personal
Services: The Beauty and Barber Shop Industries,” in Victor R. Fuchs and
Jean Alexander Wilburn, Productivity Differences Within the Service Sec­
tor (New York, National Bureau o f Economic Research, 1967). pp. 5 5 109. The study covered the 1939-63 period, but used census-year rather
than annual data. The Wilburn study and b ls findings compare average
annual rates o f change, in percent, for 1939—63 and 1972-82 as follows:

Barber Shops
1939-63 1972-84
Current dollar receipts . . .
P r ic e ....................................
Real output.........................
Em ploym ent.......................
Real output per person . ..

5.7
5.2
0.5
- 0 .1
0.6

1.5
7.0
-4 .8
-3 .5
- 1 .3

Beauty Shops
1939-63 1972-84
7.8
3.8
4.0
2.5
1.5

9.3
7.5
1.4
1.1
0.2

3
The rates o f change are derived from constant-dollar personal con­
sumption expenditures for services published by the Office of Business
Economics, U .S. Department o f Commerce. The figures for consumer
services are derived from constant-dollar personal consumption expendi­
tures for services, Office of Business Economics, U .S. Department of
Commerce. Also see footnote 18.

4 Modern Beauty Shop, February 1972, p. 45
5 Modern Beauty Shop , January 1973, p. 40 ff.
6 Industry information. According to an advertisement by the Wella
Corporation (Modern Beauty Shop , February 1974, p. 84), “no fuss, wash
and wear” hair styling was becoming popular. There was also a demand for
changeable styling and associated paraphernalia, such as hot combs and hot
rollers. Because o f a greater chance of hair becoming damaged, a trend
toward conditioning of hair developed to regain and retain its normal
appearance and protect it from damage.
7 Information from National Hairdressers and Cosmetologists Associa­
tion, St. Louis, MO.
8 Information from the Beauty and Barber Supply Institutes, Englewood,
n j . See also The Wall Street Journal , May 1978, p. 40.
9 Beauty and Barber Supply Institute.
10 See the annual surveys of the professional salon market in Modern
Salon and its predecessor publication, Modern Beauty Shop Magazine . The


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market surveys show beauty shop suppliers’ purchases from manufactur­
ers, by product classification. The publisher confirms that the surveys are
indicative of the volume of beauty shop services to which the product
classification pertains. The proportions (in percent) of distributor purchases
of key products (here excluding cosmetics, of which a large part is sold at
retail by beauty shops, as well as furniture and equipment) changed as
follows over the 1972-82 period:
T o ta l......................................................
Permanents...........................................
Hair c o lo r .............................................
Shampoo .............................................
C onditioners.........................................
Hair goods and accessories..............
Held-held electrical appliances . . . .

1972

1976

1982

100
17
35
15
13
11
10

100
20
28
18
16
3
15

100
34
22
18
17
1
9

11 In a recent pricing sample of the Consumer Price Index, styling fig­
ured in one-third of all haircuts performed in barber shops.
12 See Amelia Bassin, “The Consumer Revolt— What’s In It For You?”
M o d e r n B e a u ty S h o p , January 1973, p. 40 ff.

13 1 9 8 3 S a lo n C lie n t S u r v e y , conducted by Vance Research Services,
Lincolnshire, i l . Data are from the Bureau of Labor Statistics.
14 See the “ 1983 Salon Client Survey,” M o d e r n S a l o n , September 1983,
p. 92.
15 See footnote 1.
16 Internal Revenue Service, S ta tis tic s o f I n c o m e , P a r tn e r s h ip R e tu rn s
a n d S o le P r o p r ie to r s h ip R e t u r n s , various years.

17 O c c u p a tio n a l P r o je c tio n s a n d T ra in in g D a t a , Bulletin 2206 (Bureau
of Labor Statistics, 1984), pp. 5 2-53.
18 Consumer-oriented service industries with a high personal service
component (other than government services) are here defined as including
the following industries: hotels and motels (sic 70); personal services (sic
72); motion pictures (sic 78); amusement and recreation services (sic 79);
health services (sic 80); educational services (sic 82); social services (sic
83); and membership organizations (sic 86).
19 For the salon owner profile, published annually in M o d e r n S a l o n , see
August 1984 issue, p. 82 ff.
20 Licensing surveys by A m e r ic a n H a ir d r e s s e r estimated the number of
licensed hair stylists to exceed the number actually working by a factor of
5 in 1973-74 and 1975-76.
21 F a c ts a n d F ig u r e s , 23rd Annual Survey of the Professional Salon
Market, 1982.
22 Information from Beauty and Barber Supply Institute. See also the
advertisement for Oster Corp., and Wahl Clipper Corp., in various issues
of M o d e r n B e a u ty S h o p and M o d e r n S a l o n .
23 Information from National Beauty and Barber Manufacturers Associ­
ation. See also advertisements of Styling Research Co. in M o d e r n S a l o n ,
November 1982, and Duhl, Duck Inc., M o d e r n S a lo n , April 1984.
24 I b id . See also advertisements for shears, switch blades, and razors,
for example, by Jatai International, Los Angeles, CA, in M o d e r n S a lo n ,
September 1984.

25

MONTHLY LABOR REVIEW March 1986 • Productivity in Beauty and Barber Shops
25 Apparently none o f the pertinent advertisements have claimed that
labor time savings would result from the use of the products advertised.
Industry observers, however, say that the use o f better service-adapted
styling tools is considerably less tiring than the use of more conventional
tools— considering that the stylist stands behind the chair a good part of the
day and moves her or his arms in a distal position.
26 Industry sources. See also footnote 7. “Permanenting, coloring,
bleaching and tinting can all take their toll on the quality o f hair,” advertise­
ments by the Wella Corp., M o d e r n B e a u ty S h o p , February 1974, p. 84.
27 National Beauty and Barber Manufacturers Association.
28 See Wilburn, “A Contrast in Productivity Trends,” p. 61 ff.

APPENDIX:

Measurement techniques and limitations

Indexes of output per hour of all persons measure the
change in the relation between the output of an industry and
the hours expended on that output. An index of output per
hour is derived by dividing an index of output by an index
of hours.
The preferred output index for personal service industries
would be obtained from data on the quantities of services
provided by the industry. The quantity of each type of ser­
vice provided would be weighted (multiplied) by the time
required to provide one unit of each type of service in some
specified base period. Thus, services that require more labor
time would be given more importance in the output index
than services that require less.
Such data, however, are not available for the beauty and
barber shop industries. Real output of these industries was
estimated by removing the effects of changing prices from
the current-dollar value of industry receipts. Because an
adjustment for price changes usually lowers the dollar
value, such a series is referred to as a deflated value mea­
sure. The deflator used here is the Consumer Price Index for
beauty shops and for barber shops. These two CPI’s price a
total of 25 types of service and 51 specific services, as well

26


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29 Information from National Beauty and Barber Manufacturing Associ­
ation, National Hair Dressers and Cosmetologists Association, and PeopleMedia, Reading, p a .
30 Andrew Kostecka, F r a n c h is e O p p o r tu n itie s H a n d b o o k (U .S. Depart­
ment o f Commerce, September 1983), pp. 3 2-37.
31 See, for example, T h e R a y Ion R e s o u r c e (Reading, p a , Ray Ion Show­
rooms). See also S a lo n T o d a y , various issues. Information from Cutco
Industries, Jericho, n y ., and other industry sources.
32 See, for example, T h e C o m p u te r iz e d S a lo n M a n a g e m e n t S y s te m (Cincinatti, o h , The Mikal Corp., 1985). The annual “Facts and Figures”
articles in M o d e r n S a lo n also tend to standardize business operations in the
industry.

as certain additional pricing factors. The more important the
service, the greater the probability of its being priced.
The index of hours for beauty and barber shops is for all
persons— that is, the index represents hours for paid em­
ployees, as well as for partners and proprietors. As in all of
the output-per-hour measures published by the Bureau of
Labor Statistics, hours and employment are considered ho­
mogeneous and additive. Adequate information for weight­
ing the various types of labor separately are not available.
The indexes of output per hour do not measure the
specific contribution of labor, capital, or any other single
factor. Rather, they reflect many interrelated influences
such as changes in technology, capital investment, design
and layout of workplaces, skill and effort of the work force,
and managerial ability.
The output measure is derived from data on annual re­
ceipts published by the Bureau of the Census. The allpersons-hour measures are derived from data on employ­
ment and hours originated by the Bureau of Labor Statistics
and supplemented by data reported by the Internal Revenue
Service, and from special tabulations compiled for the Bu­
reau of Labor Statistics by the Bureau of the Census.

Productivity in the metal doors,
sash, and trim industry
The overall rate of output per hour
increased slowly from 1967 to 1983,
reflecting low output growth
and an increase in employee hours;
moderate advancement is expected to continue
E l m e r S . P e r s ig e h l

and

Jo h n G . O l s e n

From 1967 to 1983, output per hour in the metal doors,
sash, and trim industry1 increased at an average annual rate
of 0.9 percent. In comparison, the rate of productivity
growth for all manufacturing industries during this period
was 2.4 percent. The slow productivity rise reflected a rela­
tively low output growth of 1.5 percent per year and an
increase in employee hours of 0.6 percent per year. (See
table 1.) The industry’s demand is dependent upon residen­
tial and nonresidential building construction, where wide
seasonal and cyclical fluctuations have been common. The
productivity growth experienced in this industry has been
aided by gradual improvements in equipment design and the
increased application of easier-to-use aluminum materials.
Year-to-year changes in industry output and productivity
have generally shown similar movements. Large increases
in output have been associated with above average gains in
productivity. For example, in 1971, output increased 11.3
percent and productivity jumped 11.3 percent. Similarly,
output advanced 11.4 and 24.7 percent in 1976 and 1977,
while productivity gained 4.0 and 7.6 percent. In 4 of the
6 years that output declined, productivity also fell. Despite
declines in output during 1975 and 1982, productivity ad­
vanced as manufacturers were able to adjust their work force
hours to meet demand changes.

Elmer S. Persigehl and John G. Olsen are economists in the Division of
Industry Productivity and Technology Studies, Bureau of Labor Statistics.


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Subperiod productivity trends
In the metal doors, sash, and trim industry, productivity
growth can be divided into two distinct periods: 1967-72
and 1972-83. From 1967 to 1972, productivity grew at a
rate of 2.4 percent per year based on a gain in output at a
3.8-percent rate and an increase in hours at a 1.4-percent
rate. This growth, however, reflected a slight decrease dur­
ing 1967-70, with a substantial growth in 1970-72 of 6.5
percent per year. Following the economic recession of
1970, industry output grew strongly in 1971 and 1972.
Between 1972 and 1983, productivity increased at the
low rate of 0.5 percent per year, reflecting an annual output
growth of 1.2 percent and an increase in hours of 0.7 percent
per year. This slow growth resulted from a balancing off of
diverse movements. From 1972 to 1974, productivity fell at
an average annual rate of 3.2 percent, but from 1975 to 1977
it rose to a rate of 5.8 percent as a result of an average
increase in output of almost 18 percent per year. From 1977
to 1981, productivity again declined at a rate of 2.4 percent
per year, largely as a result of the economic recession in
1980. But it rebounded in 1982 and 1983, increasing at an
annual rate of 4.6 percent.

Output
Establishments in this industry manufacture metal and
metal covered doors and sash, window and door frames,
screens, molding, and trim. In 1983, more than two-fifths of
the industry’s output consisted of doors, including garage
27

MONTHLY LABOR REVIEW March 1986 • Productivity in Metal Doors, Sash, Trim
doors, and around one-third of window units and related
items. The industry’s output depends closely on building
construction markets. More than four-fifths of the output
was used in building construction.2 Approximately twofifths of output was used in new residential housing, includ­
ing additions and alterations. One-sixth was used in new
nonresidential buildings, which include educational and
commercial buildings. Additionally, almost one-quarter of
output was used in maintenance and repair construction on
existing buildings.
In spite of several economic downturns, overall output of
the metal doors, sash, and trim industry increased an aver­
age of 1.5 percent per year between 1967 and 1983. In
comparison, over the same period, all manufacturing output
increased an average of 2.3 percent per year.
The industry’s output generally paralleled the trend for
new building construction.3 Between 1967 and 1972, for
example, the industry’s output grew at an average annual
rate of 3.8 percent. In comparison, the deflated value of new
building construction put in place increased 3.6 percent
annually over this period. From 1972 to 1975, the industry’s
output fell 10.6 percent per year as the market for new
buildings experienced an 11.0-percent annual decline.
Since the mid-1970’s, this pattern has changed some­
what. To offset market fluctuations in new building con­
struction, manufacturers have produced more of their output
for the replacement market. In 1973, new construction ac­
counted for about 52 percent of the value of total industry
revenues.4 By 1983, this market had fallen to about 40
percent of revenues. The replacement market comprised
about 59 percent of revenues in 1983, rising from 46 percent
in 1973. This trend is expected to continue.
Metal doors. One factor affecting the demand for industry
output has been the wider use of metal doors. In single
family housing construction, homebuilders are installing
more metal than wooden doors in projects costing less than
$100,000.5 According to the Architectural Aluminum Man­
ufacturers Association (A A M A ) , aluminum doors accounted
for more than three-fourths of all residential patio doors used
in 1982. The introduction of more energy efficient metal
door units along with increased consumer demand for secu­
rity and fire safety, also has contributed to a shift in the type
of entry door in new construction from wood to metal.
Demand for garage doors, particularly by the metal build­
ings industry, has grown substantially in the past 20 years.
Before 1966, only 5 percent of all overhead garage doors
were manufactured out of metal.6 Technological advances
such as the development of prepainted doors, which have
eliminated the need for on-site painting, and new insulating
core materials, along with improved economies of scale,
which have lowered average unit costs, have led to in­
creased demand for metal doors. By 1980, about 90 percent
of the doors installed on steel buildings were made of galva­
nized steel.
28

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Aluminum windows. Another factor contributing to the
growth of industry output has been the increasing penetra­
tion of the new housing market by manufacturers of alu­
minum windows. In 1967, aluminum and, to a small extent,
steel windows accounted for about 55 percent of all new
residential window installations, with wood making up the
other 45 percent.7 Except for 2 years in the mid-1970’s
when aluminum window prices rose relative to wooden
ones, the industry’s share of the window market has grown
steadily to approximately 70 percent of the total in 1980.
Demand for metal windows varies from region to region
and by type of building. Aluminum windows are more pop­
ular in the South and parts of the West, while wood win­
dows are more popular in the Northeast and North Central
parts of the United States. Among residential units, the use
of aluminum windows is more prevalent in attached single
family houses and apartments than in detached single family
homes. Between 1977 and 1983, about 71 percent of new
private housing starts occurred in the South and West re­
gions. During this period, townhouses and apartments also
increased their share of the new housing market. As a result,
manufacturers of aluminum windows increased their share
of new residential construction.
Storm windows and doors. The vast majority of storm
windows and doors are made of aluminum. According to
AAMA statistics, aluminum units comprised almost 95 per­
cent of all storm windows and doors shipped from 1970 to
1983. Beginning in the mid-1970’s, shipments increased
substantially because of rising heating and cooling costs and
energy tax credit incentives. Several years of high installa­
tion rates reduced the number of homes containing only
single glazed windows that were available for storm window
Table 1. Productivity and related indexes for metal doors,
sash, and trim, 1967-83
[1 9 7 7

=

100]

Year

Output per
employee-hour

Output

All employee
hours

Employees

1967 ...........................
1968 ...........................
1969 ...........................

81.7
85.6
83.7

81.0
81.7
81.9

99.1
95.4
97.9

97.1
94.8
96.4

1970
1971
1972
1973
1974

...........................
...........................
...........................
...........................
...........................

82.1
91.4
93.1
92.0
87.2

79.5
88.5
100.9
98.2
88.6

96.8
96.8
108.4
106.7
101.6

94.7
95.7
107.4
105.8
101.2

1975
1976
1977
1978
1979

...........................
...........................
...........................
...........................
...........................

89.3
92.9
100.0
94.8
92.8

72.0
80.2
100.0
102.9
103.4

80.6
86.3
100.0
108.6
111.4

81.6
85.7
100.0
108.5
111.4

1980
1981
1982
1983

...........................
...........................
...........................
...........................

90.6
90.4
96.0
98.9

96.3
100.1
96.6
104.1

106.3
110.7
100.6
105.3

107.0
109.1
100.8
107.1

Average annual rates of change (in percent)

1967-83 .....................
1978-83 .....................

0.9
0.9

1.5
-0 .3

0.6
- 1.2

0.7
- 1.0

and door applications. This temporary market saturation
along with a fall in new housing starts contributed to a total
decline in product shipments of 53 percent from 1978 to
1982.
Insulated doors and windows. Since the mid-1970’s,
much progress has been made in the energy efficiency of
door, window, and wall design. According to the Insulated
Steel Door Institute, advancements in weatherstrip systems
and improvements in insulating technologies for door sec­
tions has led to a reduction in heat loss of more than
40 percent. In glass areas of buildings, the best improve­
ment has been achieved by using double glazed insulating
glass. In many cases, heat loss through glass areas has been
cut in half. The use of better seals and coated glass also has
improved the energy efficiency of windows. These product
improvements along with home energy conservation incen­
tive programs contributed to an increase in the replacement
and retrofitting of existing doors and windows with more
energy efficient units. Replacement and remodeling activity
has helped to sustain the industry’s output by offsetting the
impact of declining new building construction.

Employment
Total employment in the metal doors, sash, and trim
industry grew at a rate of 0.7 percent per year between 1967
and 1983. In comparison, all manufacturing industries
showed no average annual change in employment over the
same period. Employment growth for the industry was un­
even, however, rising from 63,900 in 1967 to 70,700 in
1972, declining to 53,700 in 1975, again rising to a peak of
73,300 in 1979, and then declining again to 66,300 in 1982.
The proportion of production workers fell from 75.0 percent
in 1967 to 73.8 percent in 1983.
The majority of jobs in the metal doors, sash, and trim
industry consisted of stamping, blanking, and forming of
metals. Almost 50 percent of the production workers were
engaged in these three operations.8 Other main types of
work in this industry consist of galvanizing iron and steel,
painting, lacquering, or enameling. About 15 percent of the
employees worked in these finishing occupations. About 11
percent worked in a tool and die shop. Eleven percent
worked in plate or structural fabrication. About 9 percent
worked in a machine shop. The remaining 8.5 percent of
production workers were engaged in electroplating, heat
treating, or worked in the pattern shop.
Female employees constitute an increasing proportion of
the workers in the metal doors, sash, and trim industry,
rising from an 18-percent share of the work force in 1967 to
almost 27 percent of all industry employees in 1983.9 Dur­
ing the period, average weekly hours of production workers
declined 1 hour, from 40.6 hours in 1967 to 39.6 in 1983.

Capital expenditures
Increases in capital expenditures are important and fre­
quently contribute to advances in output per hour. During


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the 1967-83 period, the annual rate of growth in new capital
expenditures per employee averaged 9.2 percent in the
metal doors, sash, and trim industry. In comparison, the
average for all manufacturing establishments was 10.0 per­
cent. Although the growth rate was close to the average, the
level of capital expenditures per employee in this industry
was less than half the level for all manufacturing industries.
In 1983, the industry spent about $1,350 per employee for
new capital expenditures, compared with more than $3,500
for all manufacturing. During 1983, the metal doors, sash,
and trim industry allocated around 70 percent of capital
expenditures to the purchase of new machinery and equip­
ment. In comparison, the average for all manufacturing
during 1981 (most recent year for which data is available)
was more than 80 percent. The remainder was expended on
new structures and plant additions.

Size of establishments
In 1982, the Bureau of the Census reported a total of
1,738 establishments in the metal doors, sash, and trim
industry. A small percentage of these accounted for the
majority of industry shipments. Nearly 10 percent of the
industry’s establishments averaged more than 100 em­
ployees and generated approximately 57 percent of the in­
dustry’s value of shipments. In contrast, more than onequarter of the establishments reported four or fewer
employees and accounted for only 1 percent of shipments.
The number of metal window manufacturers has in­
creased substantially during the past 20 years. Currently,
about 750 companies make prime metal windows, and 175
firms manufacture metal storm windows.10 Although some
large firms manufacture metal windows and doors in several
establishments, most producers are small, one-plant compa­
nies that serve local or regional markets.
Metal windows usually are manufactured in a variety of
custom-ordered sizes. To be responsive to special orders,
manufacturers of windows generally are located near their
market outlets. In 1977, the majority of metal window
frames and sash produced was shipped less than 200 miles
from the manufacturers’ plants to their customers.

Technology
Technological change in this industry during recent years
has primarily consisted of modifications and improvements
in existing methods and equipment.
The manufacture of aluminum framing members for win­
dow and curtain walls essentially consists of the remelting,
extruding, annodizing, and fabricating of aluminum to spec­
ified dimensions. Aluminum scrap is remelted in an alu­
minum cast house to produce aluminum billets. To produce
extruded shapes, a hydraulically operated ram forces a hot
(but not molten) aluminum billet through openings in a
precision-made die. The result is a fine grained extrusion
conforming to the configurations and dimensions of the die.
In this process, it is possible to form an infinite variety of
uniform products.
29

MONTHLY LABOR REVIEW March 1986 • Productivity in Metal Doors, Sash, Trim
Anodizing is a protective treatment used to improve the
corrosive and abrasive resistance of aluminum. This treat­
ment does not apply a coating but converts a thin layer of
aluminum on the surface to an oxide that is extremely hard.
In recent years, anodizing processes have been developed
that result in anodic films in amber shades, ranging from
light to dark. In many cases, amber colored finishes have
been used in architectural work in place of clear anodizing.
Anodic films developed with these processes are much
harder, denser, and longer lasting than former clear anodiz­
ing finishes. Another recent modification at one plant re­
placed a one-step, 19 bath anodizing process with a twostep, 18-20 bath process. The two-step process which uses
better controls has improved the quality of the aluminum
oxide coating, and reduced energy and labor requirements
for this operation.
The anodized aluminum extrusions are fitted and assem­
bled in the factory to modular or custom sizes. The joints in
aluminum windows and frames are either welded or fas­
tened mechanically. Mortise and tenon joints, that is, joints
between members at right angles to each other, are
commonly used. The clip, epoxy, and stake (CES) method is
often used when joints are fastened together mechanically.
The clip, a type of comer fastener, is placed into the joint
with epoxy. Then a machine mechanically drives the ex­
truded sections together.
Although not widely diffused in the industry, the
computer-aided design and computer-aided manufacture
(CAD/CAM ) system have been introduced into the operations
of some plants. This technology uses computers to assist in
developing designs for products to be manufactured. It is
most feasible for large plants which have a sizable volume
of fabricating work, generally destined for the commercial
building sector. The CAD/CAM system has improved design

analysis and cut unit labor requirements for skilled drafters
through its greater sophistication, accuracy, and operation
speed.
A recent equipment improvement has been the introduc­
tion of programmable controllers into new machines that
perform complex operations. These electrical testing
devices that replace limit switches allow the source of elec­
trical problems to be more easily located, thereby reducing
machine downtime. Another equipment improvement has
been the development of drilling machines that drill holes of
different configurations. Compared with previously used
equipment, these machines reduce set up time, and thus,
lower unit labor requirements.

Outlook
As indicated earlier, short-term changes in productivity
generally reflect changes in output and output in this indus­
try is directly related to trends in residential and nonresidential building construction. According to macroeconomic
projections by the U.S. Department of Commerce, building
construction should continue to grow during the next
5 years. Private nonresidential construction is expected to
increase in quantity and value put in place. The number of
residential units built is expected to level off. Because of
increases in the average size per unit, however, the value of
residential construction put in place is expected to grow
slightly. Based on these projections, the demand for the
metal doors, sash, and trim industry’s products should also
rise during the next 5 years. This projection, along with the
experience over the 1967-83 period, suggests that produc­
tivity should continue to advance moderately. Wider adop­
tion of recent innovations, particularly among large manu­
facturers, should also contribute to the growth of labor
productivity.
□

■FOOTNOTES1 The metal doors, sash, and trim industry is classified as sic 3442 in the

Standard Industrial Classification Manual 1972 and its 1977 supplement,
issued by the U .S. Office o f Management and Budget. This industry
includes establishments primarily engaged in manufacturing ferrous and
nonferrous metal and metal covered doors and sash, window and door
frames, and screens, molding, and trim.

2 The Detailed Input-Output Structure of the U.S. Economy 1977, Vol­
ume 1, The Use and Make of Commodities by Industries 1977 (U.S.
Department o f Commerce, 1984), pp. 17-35.

5 “Sales Power of Doors and W indows,” Professional Builder, June
1980, p. 122.
6 “Metal Builders and the Overhead Door Industry,” Metal Building

Review, October 1984, pp. 24, 64, and 65.
7 See Architectural Aluminum Manufacturers Association, Architectural

Aluminum Industry Statistical Review 1980 , 1981, p. 20.
8 Computed from survey material in the 1977 Census of Manufactures,
Vol. I, Table 3, “Selected Metal Working Operations by Industry,”
pp. 10-27.

3 This output measure includes the value of new private residential build­
ings, new private nonresidential buildings, and new public buildings put in
place, in constant 1977 dollars. See Construction Review , International
Trade Administration, July-August, 1983, pp. 9 -1 5 .

9 See Employment and Earnings, United States, 1909-79, Bulletin
1312-11 (Bureau o f Labor Statistics, July 1979); and Supplement to Em­
ployment and Earnings, United States, 1909-78 (Bureau of Labor Statis­
tics, July 1985).

4 “Prospects Good for Metal Doors, Windows, Study Says,” Metal

10 “Market Trends in the U .S. Window Industry,” Construction Review,
International Trade Administration, January-February 1984, p. 3.

Building News , May 1984, p. 41.

30


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APPENDIX:

Measurement techniques and limitations

The productivity indexes in this study measure the change
over time in industry output per unit of labor input. They do
not measure the specific contribution of labor, but reflect the
influence of many factors such as technology, capital invest­
ment, and managerial skills, as well as the skill and effort
of the work force.
The output index is based on value of shipments data
adjusted for inventory change, published by the Bureau of
the Census. Detailed data from the Census of Manufactures
for 1967, 1972, 1977, and 1982 were used to derive bench­
mark indexes, to which the annual indexes for intervening
years, based on the Annual Survey of Manufactures, were
adjusted. The value of shipments of the various product
classes were adjusted for price changes by appropriate Pro­
ducer Price Indexes to derive a real output measure. These,
in turn, were combined with employee hour weights to
derive the overall output measure. Employment and em­
ployee hour indexes were derived from census data. Em­
ployees and employee hours are considered homogeneous
and additive, and thus do not reflect changes in the qualita­
tive aspects of labor, such as skill and experience of persons
constituting the aggregate.
Data on the quantities of goods produced by the metal
doors, sash, and trim industry are not complete. Real out­


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put, therefore, was estimated on the basis of a deflated value
technique. That is, changes in the price levels of the current
dollar value of production were removed by means of appro­
priate price indexes. Because an adjustment for changing
price levels usually lowers the dollar value, such a series is
referred to as a deflated value measure. In an industry such
as the metal doors, sash, and trim industry, where the raw
material may differ from one product to the next, this tech­
nique may result in some bias in the measure. However, the
bias is minimal.
To combine segments of the output measure, employee
hour weights relating to the individual segments were used.
This technique was used at various levels of subaggregation
for the variety of products manufactured by this industry.
These procedures result in a final output index that is con­
ceptually close to the preferred output measure.
Indexes of output per employee-hour relate total output to
one input of labor time. The indexes do not measure the
specific contribution of labor, capital, and any other single
factor. Rather, they reflect the joint effects of such factors
as changes in technology, capital investment, capacity uti­
lization, shop design and layout, skill and effort of the work
force, managerial ability, and labor-management relations.

Verifying basic skills
Employers report in survey after survey that what they are seeking in
young empoyees is, first, the basic skills needed to learn on the job, and,
second, the dependability and world-of-work skills to show up on time and
follow instructions. Vocational skills are less frequently required, although
important for some jobs such as secretarial work. Employers do not usually
give academic or other tests, and have little basis forjudging the depend­
ability of those with limited work experience, so they judge on the basis of
academic credentials and other considerations such a vouching by acquain­
tances or relatives, best bets based on previous experiences with similar
individuals, or prejudice. Employment and training programs recruit and
serve those unable to secure jobs in the private sector. Unless these enrollees attain academic credentials recognized by employers, or are sorted
so that those who prove to be dependable and trainable are identified,
participants who are disadvantaged at entry will be equally disadvantaged
at exit.
— N

a t io n a l

C o u n c il

on

E m p l o y m e n t P o l ic y

I n v e s t i n g in A m e r i c a ’s F u t u r e : A P o l i c y S t a t e m e n t
b y th e N a tio n a l C o u n c il o n E m p lo y m e n t P o lic y

(Washington, National Council
on Employment Policy, 1984), pp. 24-25.

31

Research
Summaries
Minimum wage stability affects shirt
and nightwear industry pay
Absence of change in the Federal minimum wage during the
May 1981-84 survey period helps to explain the relatively
modest wage gains of production and related workers in the
men’s and boy’s shirts and nightwear manufacturing indus­
try. Straight-time earnings averaged $4.68 an hour in May
1984, according to the latest Bureau of Labor Statistics
survey.1 This was 11 percent above the $4.23 recorded in
a similar survey conducted in May 1981— an increase aver­
aging 3.4 percent a year.2 By comparison, wages and
salaries in all nondurable goods manufacturing as reported
by the Bureau’s Employment Cost Index rose 17.1 percent,
or 5.4 percent a year, during the 3 years ending in the second
quarter of 1984.
In establishments employing about half of the industry’s
production workers in May 1984, pay was linked to the
minimum wage by a policy of adjusting wage rates for
all jobs to reflect changes in the statutory minimum. (See
table 1.)
A more moderate rate of inflation between May 1981 and
May 1984 also helps to explain the shirt industry’s pace of
wage increases. The Consumer Price Index for Urban Wage
Earners and Clerical Workers (CPI-W) rose 13.5 percent, or
4.3 percent a year, at a time when one-fifth of the shirt
workers were under collective bargaining agreements pro­
viding for cost-of-living wage adjustments.
Workers in the Southeast, who accounted for seventenths of the production work force, averaged $4.62 an hour
in May 1984. Among the other five regions studied sepa­
rately,3 average hourly earnings were highest in New Eng­
land ($5.43) and lowest in the Southwest ($4.17).
Hourly earnings of more than 64,000 workers covered by
the study ranged from the minimum wage of $3.35 to $9 and
over. The middle 50 percent of the workers earned between
$3.68 and $5.42 an hour. About 14 percent of the workers
earned within 5 cents of the Federal minimum wage, down
from 22 percent in 1981.
Among the 23 occupational classifications selected to
represent the shirtmaking process, average hourly earnings
ranged from $7.49 for sewing-machine adjusters to $4.03
for thread trimmers. Machine cutters ($6.18) and markers
32


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($5.57) were the only other jobs studied separately with
hourly averages over $5.50. Sewing-machine operators, by
far the largest occupational group studied, with nearly
37,000 workers, averaged $4.59 an hour. Averages for the
other jobs with more than 2,000 workers were $4.66 for
combination final inspectors and thread trimmers, $4.62 for
garment folders, and $4.48 for finish pressers.
Occupational pay levels varied widely by region. While
pay levels typically exceeded the national averages by 15 to
25 percent in New England and by 5 to 15 percent in the
Border States and Middle Atlantic States, occupational av­
erages in the Southeast and Pacific generally fell slightly
below the national levels, and those in the Southwest were
usually 10 to 20 percent below. Regional pay patterns, how­
ever, were not consistent among individual jobs. For exam­
ple, shipping clerks in the Border States averaged 48 percent
more than those in the Southwest, but clicker-machine oper­
ators (who cut or stamp small pieces of various shapes from
material or cardboard) in the latter region averaged 9 percent
more than those in the Border States.
Occupational pay levels were generally higher in metro­
politan than in nonmetropolitan areas, in plants with at least
250 employees than in smaller establishments, in union
plants than in nonunion plants, and in establishments pri­
marily making dress shirts than in those principally making
sport shirts.
Extensive use of incentive pay plans, notably piece rate
systems, contributed to wide ranges of rates within an occu­
pation and area. Incentive earnings vary according to work
experience, effort, work flow, and other factors which the
worker may or may not control. Workers paid under incen­
tive systems, four-fifths of the production workers, usually
averaged from 10 to 15 percent more than time-rated work­
ers in the same occupation. Incentive workers accounted for
virtually all of the sewing-machine operators and were also
predominant among the other sewing and finishing occupa­
tions. Workers paid on a time-rated basis, however, were
predominant among sewing-machine adjusters, janitors,
shipping clerks, and work distributors.
Virtually all production workers were in establishments
with formal provisions for paid holidays and vacations.
Three-fifths of the workers received 5 to 8 holidays annu­
ally; while nearly three-tenths— mainly workers under con­
tracts negotiated by the Amalgamated Clothing and Textile

W orkers Union (A C T W U ) —were entitled to 10 holidays.
Vacation plans in the industry typically provided 1 week of
pay after 1 year of service, 2 or more weeks’ pay after
3 years of service, and 3 weeks after 10 years. About onefifth of the workers could receive 3 weeks after 1 year of
service. Most of these workers were in plants covered by the
a c t w u plan, which provides for a 2 - week summer vacation
for employees with 1 year of service (1 week after 6 months)
and a 1-week winter vacation for employees with 1 year of
service.
Life, hospitalization, and surgical insurance were pro­
vided for about nine-tenths of the workers. At least threefifths of the workers were covered by accidental death and
dismemberment insurance and basic medical and major
medical plans. Slightly more than one-half were included in
private pension plans, nearly all of which were paid for
entirely by the employer. Paid funeral leave was available to
seven-tenths of the workers and jury-duty pay to nearly
three-fifths.
The study included establishments engaged primarily in
manufacturing men’s, youth’s, and boys’ shirts (including
polo and sport shirts) and nightwear, cut and sewn from
purchased woven or knit fabric. In May 1984, establish­
ments within the scope of the survey— those with 20 work­
ers or more— employed 64,789 production workers. This is
almost exactly the same number of workers reported in 1981
and breaks a pattern of decline reported in similar BLS stud­
ies since 1964. In 1984, about one-half of the production
workers were in establishments primarily making sport
shirts. Plants making dress shirts accounted for just under
two-fifths of the work force.
In addition to the six major regions studied, separate data
were obtained for nine States and three local areas. These
localities employed slightly more than four-fifths of the
industry’s production workers. Among the States, employ­
ment ranged from 10,500 in North Carolina to about 600 in
Maryland.
The Bureau’s eight regional offices will provide free of
charge, while the supply lasts, separate releases issued ear­
lier for the following States and areas: Alabama; Georgia;
Maryland; Mississippi; North Carolina; Pennsylvania;
South Carolina; Tennessee; Virginia; Allentown-BethleTable 1. Average hourly earnings and percent change in
men’s and boy’s shirts and nightwear and Federal minimum
wage levels, selected years, 1964-84
Average hourly earnings

Federal minimum

Survey date
Level
May 1984 .........
May 1981.........
May 1978 .........
June 1974 . . . .
October 1971 ..
October 1968 ..
June 1964 ___

Percent change1

Level

11

$3.35
3.35
2.65

$4.68
4.23
3.28
2.54
2.05
1.83
1.45

'Percent change from previous period.


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29
29
24

12

26
—

Percent change1

0

2.00

26
32.5
25

1.60
1.60
1.25

28
—

0

hem-Easton, p a -n j ; Los Angeles-Long Beach, CA; and
Pottsville-Shamokin, PA. A comprehensive bulletin, Indus­
try Wage Survey: Men’s and Boys’ Shirts and Nightwear,
May 1984, Bulletin 2232, is for sale by the Superintendent
of Documents, Washington 20402.
--------- F O O T N O T E S --------'Earnings data exclude premium pay for overtime and for work on
weekends, holidays, and late shifts.
2For a report on the earlier survey, see I n d u s try W a g e S u r v e y : M e n ’s a n d
B o y s ’ S h irts a n d N ig h tw e a r , M a y 1 9 8 1 , b ls Bulletin 2131 (Bureau of
Labor Statistics).
3New England, Middle Atlantic States, Border States, Southwest, and
Pacific States.

Expert panel offers suggestions
on 1990 census methodology
Pursuant to a 1982 recommendation by the American Statis­
tical Association, the Committee on National Statistics of
the National Research Council established a panel under the
aegis of the Census Bureau to make recommendations on
methodology for the 1990 decennial census. Formally des­
ignated the Panel on Decennial Census Methodology, this
group of experts was charged with suggesting research,
experiments, and new methods and with guiding the Census
Bureau in evaluating alternative techniques. Their work
continued the longstanding policy of evaluating the results
of the most recent census with a view toward resolving
problems and testing new procedures well before the next
census is undertaken.
The final report of the panel, The Bicentennial Census:
New Directions for Metholodogy in 1990, was published in
1985. The 404-page volume first examines the history of the
decennial census, noting particularly the great expansion in
usage of census data since the first national study was con­
ducted in 1790 and concommitant growth in numbers of
criticisms of census procedures and results. Against this
background, the authors present an analysis of existing
problems with census methodology and propose solutions.
The major issues confronted in the most recent round of
methodology review involved: (1) the proper adjustment
of census counts and characteristics; (2) the appropriate­
ness of sampling techniques within a census framework;
and (3) the possible use of administrative records to im­
prove the accuracy of census counts and the efficiency of
census operations. In developing its recommendations, the
panel considered the stated goal of the Census Bureau to
develop better and more timely estimates for 1990 without
an appreciable increase in per-housing-unit costs over 1980
levels. Following are selected recommendations from the
final report:
33

MONTHLY LABOR REVIEW March 1986 • Research Summaries
• That the Census Bureau assess the need for a mid-decade
census, particularly by studying the effect of errors in
postcensal population estimates compared with errors in
the decennial census on major data uses. Unless these
studies do not support the value of a mid-decade census,
the Bureau should make every effort to secure funding for
a census in 1995.
• That the Bureau prune its proposed research and testing
program for 1986 by deferring certain projects until 1987
or later and by forgoing research on proposals that are
unlikely to be implemented in the 1990 study or that
appear to hold little promise based on previous census
experience or other survey research results. Other cut­
backs might be accomplished by making fuller use of
1980 census data and experimental results. To this end,
the Bureau should assign a high priority to the completion
of 1980 census methodology studies and further analysis
of 1980 data.
• That the Bureau assign a high priority to the completion
of studies of undercount and overcount of various popula­
tion groups in the 1980 census. A variety of question
designs for sensitive race and ethnicity information
should be tested for the 1990 study, including some that
combine the collection of information on Hispanic origin
with other race and ethnicity information. The report also
recommends that the Census Bureau, the National Center
for Health Statistics, and other Federal agencies work
closely together to design questions and response editing
rules on race and ethnicity that minimize conceptual dif­
ferences between census and vital statistics records.
• That the Census Bureau not pursue research on or testing
of a sample survey as a replacement for complete enumer­
ation in 1990. This recommendation reflects the panel’s
belief that a large sample survey would result in less
complete coverage than a census, and that there would be

34


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only minor cost savings in sampling on the scale neces­
sary for satisfaction of present demands for small-area
data from the census. However, the Bureau should in­
clude in its 1987 pretest program the testing of sampling
for the follow-up of households that do not return their
questionaires. Sampling could prove cost-effective in the
final stages of follow-up, where it becomes very expen­
sive to count an additional person.
• Given the likelihood that the census will continue to pro­
duce different rates of undercoverage for various popula­
tion groups, it is recommended that work proceed on the
development of adjustment procedures and that adjust­
ment be implemented if there is reasonable confidence
that it will reduce differential coverage errors. The Cen­
sus Bureau should also explore methods for providing
estimates of errors associated with estimates of census
over- and undercoverage, with a view to publishing such
error estimates along with coverage evaluation results and
any adjusted census data that may be issued.
• That the Census Bureau conduct research and testing in
the area of improved accuracy of responses to content
items (income, utility costs, and so forth) in the census.
Further, the content improvement procedures examined
should not be limited to reinterviews of samples of re­
spondents, but should also include the use of administra­
tive records. A specific recommendation urges the Bu­
reau to investigate the cost and feasibility of obtaining
data on housing structure items through alternative uses
of local administrative records.

Copies of the full report of the Panel on Decennial Census
Methodology, edited by Constance F. Citro and Michael L.
Cohen, may be purchased from the National Academy
Press, Washington, DC. Price: $23.95.
□

Foreign Labor
Developments

International experiences with
technological change
Stev en D eutsch

Most industrial nations are concerned with the impact of
microelectronics and technological change on the work
force. In many instances, reports from national commis­
sions, such as the Canadian Task Force on Microelectronics
and Employment and the Swedish Computer Commission,
have attempted to identify and address problems that can
arise when new technology is introduced. These reports
often lead to legislative solutions to the problems of new
technology that are consistent with the larger role played by
government in many countries in shaping the conditions at
the workplace and the role of labor and management.
In countries with collective bargaining systems similar to
the United States, there is evidence of growing reliance on
some governmental mechanisms. For example, the Cana­
dian Task Force on Microelectronics and Employment sug­
gested the establishment of mandatory labor-management
technology committees in all places of employment with
more than 50 employees. These committees would “deal
with issues such as training, retraining, redundancy, work­
sharing, productivity improvements, and other matters re­
lated to technological change at the workplace.” 1 A review
of the pattern in most industrial nations reveals varying
blends of governmental legislation and collectively bar­
gained labor-management agreements.2
This reflects not only the tendency to involve government
in labor-management relations, but also the relative size of
the unionized labor force and the power of labor political
parties. The percentage of the labor force which is unionized
varies considerably among industrialized nations: United
States, 22 percent; France, 28 percent; Japan, 33 percent;
Germany, 42 percent; United Kingdom, 55 percent; Aus­
tralia, 56 percent; Belgium, 79 percent; and Sweden,
83 percent.3 Most of these nations have a labor party which
tends to wed collective bargaining strategies to political and
legislative agendas. For example, the Swedish Labor FederSteven Deutsch is director of the Center o f the Study of Work, Economy,
and Community and professor of sociology, University o f Oregon.


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ation, through the Social Democratic Party, has been suc­
cessful in gaining governmental approval for legislative
changes concerning job security, labor market policies (in­
cluding advance notification and government subsidies to
assure full employment), worker representation on corpo­
rate boards, joint consultation between management and
labor (co-determination), empowering workers to improve
work environments, and the establishment of wage earner
funds to give workers gradual ownership and economic in­
fluence in the enterprise.4
There are many variations in the relative importance of
collective bargaining versus legislative approaches, but
even in England, Canada, or Australia, where there are
strong traditions of deferral to bargaining, in recent years,
the government has been active on issues of worker partici­
pation and technology.5

Adversarial relations
England. Concern with technology was already well de­
veloped in England in the 1970’s, prior to the resurgence of
interest in the United States. Primarily, union-initiated pro­
posed technology agreements with employers dealt with the
basic questions of advance notification, job security, train­
ing and retraining, worker involvement in technological
change, and design and implementation. However, “while
unions in Britain have generally recognized the need to
extend the scope of collective bargaining in order to influ­
ence the introduction of new technology, few have suc­
ceeded in achieving this end.” 6 The reason for this lies
largely in the tension over the short-term strategy of worker
involvement in planning. In 1982, a group at the University
of Aston examined a large number of English technology
agreements and collective bargaining contracts; they con­
cluded that, “To date, it is the defensive/reaction strategy
that has predominated.” 7
Compounding the problem today are the troubled eco­
nomic situation in Britain and the deterioration of labor
relations in that country. High unemployment and bitter
labor-management disputes overshadow cooperative devel­
opments and the substantial number of successfully negotiiated agreements which provide for joint efforts and worker
involvement in the change process. While the language in
many of the agreements is suggestive of what should be
implemented, such agreements will work best in a full
35

MONTHLY LABOR REVIEW March 1986 • Foreign Labor Developments
employment economy and one in which the spirit of cooper­
ation prevails— features both lacking in England today.
Australia. The Australian situation has paralleled that in
many other industrial countries. In 1980, the government
established the Committee of Inquiry into Technological
Change in Australia. The committee made proposals to re­
form aspects of Australia’s industrial relations system in
such a way as to provide incentives for unions and em­
ployees to cooperate with employers in the introduction of
technological change. However, the reality since has failed
to see these fully materialize. The overall picture is charac­
terized by leading industrial relations analysts in Australia:
. . . although governments, employees and unions have agreed
about the need to introduce technological change without causing
undue social and economic hardship, this consensus appears to
have had little impact on the manner in which changes have been
implemented. The majority of employers have introduced new
technology without consulting their employees in advance; most
unions have been ill-equipped or unprepared to assume a more
assertive or interventionist role; and industrial tribunals, by and
large, have been unwilling to interfere with managerial rights or
prerogatives in this field. These factors have exacerbated conflict
in the workplace as, in many cases, traditional patterns of work
have been upset, wage relativities have been disturbed and job
security has been decreased.8

As in the case of England, Australia has had a number of
negotiated technology agreements on the primary issues of
job security, work organization, work environment, and
methods of work involvement. The Australian Council of
Trade Unions, just as the Trades Union Congress in Eng­
land, has passed official statements on technology, dissem­
inated model contract clauses for unions, and conducted
technology training for its membership. Nevertheless, the
conclusion stated above illustrates the reason for the gap
between the ideal and actual practice.
Canada. The U.S. industrial relations system shares some
features with those of England, Australia, and Canada.
These are traditions which have created a decentralized
union structure with a large number of separate unions and
individual negotiating situations. It is a system dependent on
free collective bargaining with modest governmental inter­
vention outside broad framework laws, and an ideology
which tends to emphasize traditional managerial preroga­
tives and conflicts of interest between management and
labor. Canada’s experience is especially relevant for the
United States because of geographical proximity, the role of
U.S. firms in the Canadian economy, and the linked bar­
gaining across the border (international unions in this coun­
try typically include Canadian affiliates).
Provincial laws on work environment have been pat­
terned, in part, after Scandinavian models. For example,
joint labor-management health and safety committees were
mandatory in Saskatchewan in the 1970’s, during which a
climate of worker participation was cultivated.
36

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In the Canadian Postal Service, where labor relations
have been erratic in recent years, the following agreement
over technological change notification was negotiated:
. . . the Employer agrees to notify the Union as far as possible
in advance of his intention and to update the information provided
as new developments arise and modifications are made
. . . the Employer shall provide the Union, at least 120 days
before the introduction of a technological change, with a detailed
description of the project it intends to carry out, disclosing all
foreseeable effects and repercussions on employees.9

A 1-year minimum advance notice currently is specified in
the contract negotiated by Saskatchewan Telephone and
Communication Workers of Canada, with a range of other
time periods given in various contracts. Following notice by
the employer to the union, the next step defines the role the
union and workers will take in decisions affecting techno­
logical change. Many contracts spell out the establishment
of joint labor-management committees to consult, plan, and
execute programs of technological change, including issues
of relocation and retraining of workers. Recently, the Na­
tional Association of Broadcasting Corporation agreed that,
“No employee who has completed his probationary period
as of the date of execution of this Agreement will be laid off
or suffer a reduction in salary during the term of this Agree­
ment because of the introduction of new or modified equip­
ment and/or associated changes in methods of operation.” 10
Involvement of the work force in the design and imple­
mentation of new technology has been a significant part of
the Canadian labor relations scene in recent years, espe­
cially in the case of office automation and video display
terminals (VDT’s ). The Canadian Union of Public Em­
ployees and the United Way of the Lower Mainland, British
Columbia, have a contract which stipulates:
The selection and installation of equipment shall be done in
consultation with the affected employees. The installation shall
also involve consultation directed towards assuring that all ‘er­
gonomic’ factors are dealt with satisfactorily.11

The Newspaper Guild Local 115 and Suburban Press, Ltd.,
have a memorandum of agreement which states that “If an
employee has been operating a VDT in the final two hours of
a shift, the employee shall not be required to operate a VDT
less than 30 minutes before leaving the plant.” 12 Other pro­
visions in this agreement deal with inspecting each VDT for
radiation emmissions. Several Canadian labor agreements,
including those which cover the Newspaper Guild and Com­
munications Workers, specify that women workers during
pregnancy may have the option of being rotated onto a
non-v d t job. This last provision is controversial because
scientific data have not conclusively demonstrated danger
during pregnancy caused by working on a v d t . However,
the concern has been pushed by workers and some of the
Canadian unions who have won such agreements from em­
ployers. An equivalent level of concern exists in the United
States and a similar provision for pregnant women is being
pursued in some contract negotiations.

European Community: joint efforts
There are considerable variations in the pattern of labor
relations abroad. Nations in the European Community have
agreed to some coordinated policies which have influenced
various aspects of cooperation, including sharing corporate
economic data with the workers, and worker and union
involvement in work organization decisionmaking. As of
1984, the European Community is “ . . . examining with
both sides of industry the best way and at what level to
introduce basic principles on the information and consulta­
tion of workers affected by the introduction of new tech'nologies, while taking account of practices and procedures
already applied in the Member States.” 13
In the past, many European unions have been more ag­
gressive than those in the United States; this is particularly
true for the issues of advance notification, joint participation
in workplace design and the introduction of new technol­
ogy, protection of jobs and programs for relocation, retrain­
ing, and other means of cushioning the effects of job loss.14
At the same time, the industrial relations climate in much of
Europe has been supportive of some participative and joint
labor-management approaches to addressing issues of tech­
nological change. Both management and labor have gener­
ally agreed that the new technology offers an excellent
opportunity for work redesign so as to eliminate boredom
and monotony and facilitate the creation of semiautonomous work groups with greater worker influence.
“The technology-optimistic attitude, which was distinctive
of the years of prosperity up through the sixties, could be
found in all European countries; technology was unequivo­
cally seen as a, and often the most important, remedy for
securing full employment and greater welfare for union
members.” 15 The economic crisis of the later 1970’s and
early 1980’s has altered some of the earlier optimistic view­
points and a more recent opinion suggests that, “There is
considerable evidence that automation has outpaced the
ability of managements and trade unions to control, much
less to optimize, its [technology’s] implications for quality
of work life, at least for very large numbers of enter­
prises.” 16
A recent OECD study revealed: “A common theme of
many of the reports is that new technology can yield great
benefits. The question, who receives the benefits and who
carries the burden of the costs?”17 The report then presents
as a possible model the Norwegian Data Agreement which
provides for workers affected by the new information tech­
nology to be informed and consulted.

Historically cooperative relations
Norway and Sweden. The Norwegian developments are
seen as an integration of the legislative approach to improve
the work environment and the negotiation process involving
unions and employers to implement particular means
whereby workers and their representatives have authentic


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influence over the introduction of new technology and work
organization.18 Parts of Section 12 of the 1977 Norwegian
Work Environment Act are very informative:
• General requirements. Technology, organization of
the work, working hours and wage systems shall be set up
so that the employees are not exposed to undesirable
physical or mental strain and so that their possibilities of
displaying caution and observing safety measures are not
impaired.
Conditions shall be arranged so that employees are
afforded reasonable opportunity for professional and per­
sonal development through their work.
• Arrangements o f work. The individual employee’s op­
portunity for self-determination and professional respon­
sibility shall be taken into consideration when planning
and arranging the work. Efforts shall be made to avoid
undiversified, repetitive work and work that is governed
by machine or conveyor belt in such a manner that the
employees themselves are prevented from varying the
speed of the work. Otherwise efforts shall be made to
arrange the work so as to provide possibilities for varia­
tion and for contact with others, for connection between
individual job assignments, and for employees to keep
themselves informed about production requirements and
results.
• Control and planning systems. The employees and
their elected union representatives shall be kept informed
about the systems employed for planning and effecting
the work and about planned changes in such systems.
They shall be given the training necessary to enable them
to learn these systems, and they shall take part in planning
them.19
What this language specifies is an obligatory information­
sharing process whereby workers cooperate with manage­
ment in advance of the introduction of significant changes in
technology, work organization, and job design. It is predi­
cated on research which indicates that a cooperative ap­
proach will indeed continuously improve the work environ­
ment. It is a perspective which has had a good deal of impact
on the thinking of practitioners and policymakers through­
out the world.20
It would be a mistake to judge the Norwegian or Swedish
approaches as being unqualified successes; however, they
are interesting models of how the issues of work organiza­
tion, technology, and labor-management relations have
been addressed. In the Norwegian case, the broad Work
Environment Act obliges employers to consult with workers
and their representatives and sets up a joint approach to
planning. In Norway, with more than a decade of experi­
ence, professional computer and technology experts serve as
consultants for large unions who are planning a better work­
ing environment and actively and competently engage with
management in such work-systems development.21 In Scan37

MONTHLY LABOR REVIEW March 1986 • Foreign Labor Developments
dinavia, the unions have endorsed the new technologies, but
they have actively worked on their own research and devel­
opment with the aid of outside experts. For example, the
Nordic Graphic Arts Workers Union Confederation has
been designing a model high tech work environment, using
microelectronic graphic arts equipment and computer-aided
design. With consultants from the Swedish Center for
Working Life and others, they have worked out the best
situation from a worker viewpoint, while satisfying manage­
rial and organizational goals of cost effectiveness and pro­
ductivity.22 In other instances, Swedish unions, under the
1976 Co-determination Act, have gained an employer com­
mitment to actively involve workers in the planning of new
technology systems. For postal social insurance office
workers, it was clear from the beginning of the work system
design that their concerns, which included the quality of
service to the clients with whom they interacted, would be
taken into account.23
In a 1979 agreement, the Swedish postal workers used the
introduction of new technology and work reorganization as
a means of improving the work environment. Approxi­
mately 4,700 women work in the central post office in
Stockholm, and the technological and operational changes
initially proposed threatened between 500 and 600 jobs. The
union and management agreed on the goals of improved
working environment, improved content of work, preserved
level of employment, and development of new products and
improved service to clients.24
In 1982, an “Agreement of Efficiency and Participation”
was signed by the Swedish employers’ federation (SA F) and
the blue-collar ( l o ) and white-collar ( p t k ) union federa­
tions. It recognized the need for efficiency and productivity
if Swedish enterprise was to be more competitive in the
international markets; it also detailed some of the means of
implementing technological change to achieve these goals.
The paragraph dealing with technical development states:
Item 1. General direction.

The parties are agreed that day-today as well as more far-reaching technical modernization offers
many opportunities that must be taken to enable the company to
survive, achieve success and therefore also safeguard jobs and
employment. Capital expenditure makes it possible to improve
productivity as well as creating opportunities to introduce new
production systems, utilize modem technology, develop the
expertise and skills of employees, and thereby increase the
competitiveness of company.

Item 2. Stimulating work.

In the event of technical change, a
sound job content shall be the goal, together with opportunities
for the employees to increase their skills and accept responsibil­
ity for their work. The knowledge of the employees should be
stimulated together with their ability to cooperate with and have
contact with their colleagues.

Item 3. Major changes.

When technical change that involves
major changes for the employees is being planned, the trade
union organizations shall participate. Such participation shall
take place in accordance with the provisions in [sections 7
and 8],

38

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The employer shall describe the considerations underlying the
new technology, and the technical, financial/economic, work
environmental, and employment consequences that can be
foreseen and possibly make proposals for appointing project
groups.

Item 4. Training information.

It is important that the em­
ployees are given opportunities for further development of thenvocational expertise and skills. The company shall make avail­
able as early as possible training for the new jobs that technical
change will involve. Such training shall be provided at the
expense of the company and on unchanged pay and employment
conditions.

According to the authors of the document, “ LO, SAF, and
are in agreement about the need for increased knowl­
edge and responsibility and the need to support those af­
fected by technological change.” 25
A number of work redesign experiments were initiated in
Norway and in Sweden in the late 1960’s and early 1970’s.
Many of these cases have been widely discussed. What is
more critical is to see what post hoc assessments tell about
the patterns of cooperative labor-management relations
as applied to changing technology and the workplace. A
leading analysis by the Swedish Employers’ Federation
concludes:
PTK

If we glance quickly at the significant developments of the
1970’s, we are struck by the fact that a large part of the evolu­
tion of our thinking regarding work organization and job content
has arisen in connection with technological changes. In many
cases, new organizational principles have scored genuine break­
throughs only when ways have been found to change material
flows, machine grouping, work environments and design of
factories.
An important explanation of why the demand for better jobs
could have such a large concrete effect on production methods
in the 1970’s is that it is only recently that new demands for job
satisfaction and job content could be met with demonstrably
superior technical measures. And it is only when practitioners

out in the factories can be involved in these questions that
technology can be changed in such a way as to provide new
types of work organization and job content (emphasis added).26
The Swedish process is designed to mutually benefit all
parties. Swedish workers and unions have supported the
application of the most advanced technology; in fact, Swe­
den leads the world in per capita use of robots today.27 The
system has allowed employers to increase efficiency and
productivity, and thus helped maintain their competitive
role in such world market industries as auto production and
finished steel products. Employees have been involved in
planning changes in the work environment and have consid­
erable job security and a range of training programs, includ­
ing those negotiated with employers.
In both Norway and Sweden, broad framework laws,
passed by the Federal Government and then subject to local
agreement or implementation, have served as the major
device for engaging a cooperative approach to technological
change by labor and management. Both parties have ac­
cepted the desirability of new technology and have decided

that solving problems in the work environment and design­
ing and implementing the best system require joint efforts.
The differences between Scandanavian and U.S. positions
on technology and labor relations are considerable. These
distinctions are influenced by the size of the public sector,
proportion of the labor force organized into unions, and
governmental policies and programs. With particular regard
to Sweden, a leading American trade union researcher
states:
. . . one of the distinguishing features is the breadth and depth of
the activities in Sweden, involving trade unions, employers and
governmental agencies. In the U.S., only the unions have
shown consistent interest in the human problems associated with
workplace technological change . . . the main lessons Ameri­
cans can learn, are related to the values underlying the experi­
ments and the many accomplishments of the Swedish approach.
Chief among them appears to be a real concern for the welfare
of individuals, which naturally extends to the workplace and the
quality of work performed there. Jobs not only must provide a
decent income, but also should be responsible and intellectually
satisfying, to the greatest extent possible; if new technologies
bring major changes, then adequate training must be provided;
and above all, representatives of affected employees might be
actively involved in all stages of the process of change, from
initial planning through final implementation and evaluation.28

Japan. U.S. industries have surveyed the Japanese system
of industrial relations, productivity, and quality control cir­
cles. One analyst has concluded that it is a system of
“ . . . predecision joint consultation to solve the problems of
manpower and employment due to drastic technological
changes, developed around 1960, and . . . built up to be­
come a basic part of the later Japanese industrial rela­
tions. . . . This practice often takes the place of collective
bargaining in Japanese industry.” 29
One rare example of a formal technology agreement is
that between the Nissan Motor Co. and the Nissan Motor
Workers’ Union. All 3,000 workers at Nissan’s Zama plant
participated in quality circles at the time robots were intro­

duced in the 1970’s and early 1980’s, but the technology
agreement only came into being in 1983. However, it does
contain a clause which states, “in introducing new technol­
ogy, the Company shall inform the Union in advance of the
introduction of the program, possible effects on union mem­
bers and proposals of countermeasures against such effects,
and hold prior consultations with the Union.” Also, “The
Company shall neither dismiss nor layoff union members
for reasons of the introduction of new technology.” 30 Addi­
tional provisions address new technology in relation to
safety and health, education and training programs, and
necessary reassignments and job changes. What is critical is
the transition from an earlier joint labor-management con­
sultative agreement (1955) to this new technology agree­
ment which specifically stipulates that the company will
provide advance notification, job security, retraining, and
the like. Whether this is the beginning of a new pattern in
Japanese labor relations remains to be seen.
In s u m m a r y , most other industrial nations have shown
greater interest and concern regarding new technology in
recent years than has the United States. Unions in those
countries have also acquired considerable experience in
working out technology agreements and negotiating suc­
cessfully in various industries.
In countries with a history of cooperation in labormanagement relationships, there seems to be a more institu­
tionalized joint approach to dealing with technological
change than in those nations, such as the United States, with
a tradition of more adversarial labor relations. Technologi­
cal considerations have been identified in some countries as
a critical factor in legislation mandating joint labor-manage­
ment approaches at the workplace. Whether in the form of
work environment legislation or codetermination laws, such
regulations nearly always provide for consultation and par­
ticipation by workers and their representatives in planning
and executing technological and organizational design. □

-FOOTNOTES-

1 Harish Jain, “Task force encourages diffusion of microelectronics in
Canada,” Monthly Labor Review, October 1983, p. 26.
2 See “Work Organization and the Introduction o f New Technology: A
Survey o f Legislative and Collective Agreements in Industrialized
Countries,” in Automation, Work Organization and Occupational Stress
(Washington, International Labor Organization, 1984).
3 These data are for the year 1978 and are from a U .S. Department of
Labor report cited in Ira Magaziner and Robert Reich, Minding America’s
Business (New York, Vintage Press, 1983), p. 146.
4 This is outlined in Sandra Albrecht and Steven Deutsch, “The Chal­
lenge o f Economic Democracy— The Case o f Sweden,” Economic and
Industrial Democracy, August 1983, pp. 287-320.
5 A useful review is given in Everett Kassalow, “Industrial Democracy
and Collective Bargaining: A Comparative V iew ,” Labour and Society,
September 1982, pp. 209 -2 9 . See also, Greg Bamber, “Microchips and
Industrial Relations,” Industrial Relations Journal, November-December


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1980, pp. 7-1 9 ; and Russell Lansbury and Edward Davis, eds., Technol­
ogy, Work and Industrial Relations (Melbourne, Longman Cheshire,
1984).
6 Greg Bamber and Russell Lansbury, “Labor-Management Relations
and Technological Change: Some International Comparisons Between
Australia and Britain,” Labor Law Journal, August 1983, p. 522.
7 Robin Williams and others, “Technology Agreements: Consensus,
Control and Technical Change in the Workplace,” in Information Society:
For Richer, For Poorer (European Economic Community, Amsterdam,
North-Holland, 1982), p. 260.
8 Russell Lansbury and Edward Davis, “Technological Change and
Industrial Relations in Australia,” in Lansbury and Davis, Technology,
Work and Industrial Relations, p. 3.
9 Canadian Labour Congress, Tech Change: A Handbook for Negotia­
tors (Ottawa, Canadian Labour Congress, 1984), p. 10.

39

MONTHLY LABOR REVIEW March 1986 • Foreign Labor Developments
10 Susan Attenborough, M ic r o te c h n o lo g y (Ottawa, National Union of
Provincial Government Employees, 1982), p. 36.
11 Canadian Labour Congress, T e c h C h a n g e , p. 24.
12 Canadian Labour Congress, T ech C h a n g e , p. 27.
13 European Communities, W o r k e r s ’ R ig h ts in I n d u s tr y (Brussels,
European Economic Community, 1984), p. 10.
14 An overview is presented in Steven Deutsch, “Unions and Technolog­
ical Change: International Perspectives,” in Donald Kennedy and others,
eds., L a b o r a n d T e c h n o lo g y (University Park, Pennsylvania State Univer­
sity, Department o f Labor Studies, 1982). Also see Steve Early and Matt
Witt, “How European unions cope with new technology,” M o n th ly L a b o r
R e v ie w , September 1982, pp. 3 6 -3 8 , and John Evans, T e c h n o lo g y a n d
C o lle c tiv e B a r g a in in g (Brussels, European Trade Union Institute, 1985).
15 Anders Hingel, “A Promethean Change of Industrial Relations: A
Comparative Study o f Western European Unions and Technological Devel­
opments,” in Malcolm Warner, ed., M ic r o p r o c e s s o r s , M a n p o w e r , a n d
S o c ie ty (New York, St. Martin’s Press, 1984), p. 256.
16 Joseph Thurman, “New Technology and Work Designs: Implications
for Worker Attitudes and Industrial Relations,” in C h a n g in g P e r c e p tio n s o f
W o rk in I n d u s tr ia l C o u n tr ie s : T h e ir E ffe c ts o n a n d I m p lic a tio n s f o r I n d u s ­
tr ia l R e la tio n s (Geneva, International Institute for Labour Studies, 1983),

pp. 188-89.
17 Organization for Economic Cooperation and Development, M ic r o ­
e le c tr o n ic s , R o b o ts a n d J o b s (Washington, o e c d Publications Center,
1982), p. 111.
18 Steven Deutsch, “Work Environment Reform and Industrial Democ­
racy,” W o rk a n d O c c u p a tio n s , May 1981, pp. 180-94; and Bjorn
Gustavsen and Gerry Hunnius, N e w P a tte r n s o f W o rk R e fo rm (Oslo,
University o f Oslo Press, 1981).
19 A c t R e la tin g to W o rk e r P r o te c tio n a n d W o rk in g E n v ir o n m e n t (Oslo,
Directorate o f Labour Inspection, 1977), pp. 5 -6 .

in the Federal Republic o f Germany,” Labour and Society, January-March
1983, pp. 3 9-56.
21 Arne Pape and Jostein Fjalstad, “Research on Social Aspects o f Com­
puterization and Democratization o f Working Life,” in P. Samet, ed.,

Proceedings o f the European Conference on Applied Information Technol­
ogy of the International Federation for Information Proceeding (EUROifip)
(Amsterdam, North-Holland, 1979); and Max Elden and others, Good
Technology Is Not Enough: Automation and Work Design in Norway
(Trondheim, Institute for Social Science Research in Industry, 1982).
22 This project (known as the Utopia Project) and a larger approach is
reviewed in Training Technology and Products Viewed from the Quality of
Work Perspective (Stockholm, Swedish Center for Working Life, 1981).
23 Some of these approaches are described in Bo Goranzon, Job Design
and Automation in Sweden (Stockholm, Swedish Center for Working Life,
1982) .
24 “Local Collective Agreement on the Development o f a New
Production-System at the Postgiro,” Stockholm, 1979, Section 2.
25 Swedish Trade Union Confederation (lo), Computers on Human
Swedish Trade Union Confederation, October
1983) , p. 4.

Terms (Stockholm,

26 Stefan Aguren and Jan Edgren, New Factories: Job Design Through
Factory Planning in Sweden (Stockholm, Swedish Employers’ Federation,
1980), p. 104.
27 Bengt Abrahamsson, Computer Technology and Industrial
Relations: The Case o f Sweden and Norway (Rome, Olivetti Foundation,
forthcoming), p. 44, citing 1984 research by the Swedish Institute for
Social Research.
28 Dennis Chamot, “Labor and Technological Change in Sweden,”

Working Life in Sweden, No. 29 (New York, Swedish Information
Service, February 1985), p. 6.

20 N e w T e c h n o lo g ie s : T h e I m p a c t o n E m p lo y m e n t a n d th e W o rk in g
E n v ir o n m e n t (Geneva, International Labor Organization, 1983). Also en­

29Akihiro Ishikawa, “Microelectronics and Japanese Industrial Rela­
tions,” in Warner, Microprocessors, p. 355.

lightening on this issue is Alfred Hassencamp and Hans-Jurgen Bieneck,
“Technical and Organizational Changes and Design of Working Conditions

Motor Co. and Nissan Motor Workers’ Union, Mar. 1, 1983.

40

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Federal Reserve Bank of St. Louis

30Agreement Concerning the Introduction o f New Technology,

Nissan

M ajor Agreements
Expiring Next M onth
This list of selected collective bargaining agreements expiring in April is based on information
from the Bureau’s Office of Wages and Industrial Relations. The list includes agreements covering
1,000 workers or more. Private industry is arranged in order of Standard Industrial Classification.

Employer and location

Private industry

Labor organization1

Number of
workers

Independent Building Contractors (Maine) ............................................
General Building Contractors and others, Philadelphia area
(Pennsylvania)
Building Contractors Association (New Jersey) ....................................
General Building Contractors, Philadelphia area (Pennsylvania)..........
Building Trades Employers Association, commercial building
agreement (Rochester, NY)
Construction Contractors Council-a g c Labor Division, Inc.
(Washington, d c and vicinity)

Construction....................................
Construction....................................

Carpenters ........................................
Laborers...........................................

1,300
5,000

Construction....................................
Construction....................................
Construction....................................

Carpenters ........................................
Carpenters ........................................
Carpenters .......................................

14,000
5,000
1,100

Construction....................................

Carpenters .......................................

6,300

Construction....................................

Operating Engineers..........................

1,100

Construction....................................

Laborers............................................

1,000

Construction....................................

Carpenters ........................................

1,200

Construction....................................
Construction....................................

Laborers............................................
Carpenters ........................................

1,500
4,000

Construction....................................
Construction....................................
Construction....................................
Construction....................................
Construction....................................
Construction....................................

Laborers............................................
Laborers............................................
Carpenters ........................................
Carpenters ........................................
Iron Workers ....................................
Operating Engineers ........................

3,000
3,000
3,500
2,200
1,100
1,000

Construction....................................
Construction....................................

Carpenters ........................................
Carpenters ........................................

4,500
4,500

Construction....................................
Construction....................................
Construction....................................
Construction....................................

Carpenters ........................................
Laborers............................................
Operating Engineers ........................
Laborers............................................

3,000
1,200
1,750
2,000

Construction....................................
Construction....................................
Construction....................................

Laborers...........................................
Laborers............................................
Teamsters (Ind.) ..............................

4,250
1,000
1,400

Ohio Contractors Association (O hio)......................................................
Ohio Contractors Association (Ohio and Kentucky)..............................

Construction....................................
Construction....................................

4,000
1,100

Montana Heavy, Highway and Building Contractors (M ontana)..........
Associated General Contractors (Chicago, i l ) ........................................
Associated General Contractors and independent companies,
heavy and highway (Minnesota)
Associated General Contractors, Duluth contractors and others
(Minnesota)
Ohio Contractors Association (O hio).....................................................

Construction....................................
Construction....................................
Construction....................................

Operating Engineers ........................
Bricklayers; Plasterers and Cement
Masons
Various unions..................................
Teamsters (Ind.) ..............................
Carpenters ........................................

Construction....................................

Teamsters (Ind.) ..............................

1,800

Construction....................................

Laborers...........................................

10,000

Ohio Contractors Association (Cleveland, o h ) .................................................
Associated General Contractors, heavy and highway (Minnesota) . . . .
Associated General Contractors of St. Louis (St. Louis, m o ) ..................
General Building Contractors Association, building and heavy,
Philadelphia area (Pennsylvania)

Construction....................................
Construction....................................
Construction....................................
Construction....................................

Teamsters (Ind.) ..............................
Operating Engineers ........................
Operating Engineers ........................
Operating Engineers ........................

1,400
5,000
1,200
4,500

Construction Contractors Council-AGC Labor Division, Inc.
(Washington, d c and vicinity)
Associated General Contractors and independent contractors
(Lake Charles, l a )
Associated General Contractors, Central Illinois Builders Chapter
(Illinois)
Greater Peoria Contractors and Suppliers Association, Inc. (Illinois) ..
Associated General Contractors, Builders division (Minneapolis
and St. Paul, m n )
Associated General Contractors, Builders division (Minnesota) ..........
Associated General Contractors (St. Louis, m o ) ....................................
Construction Employers Association (Cleveland, o h ) ............................
Building Contractors of Southern New Jersey (New Jersey) ................
Associated General Contractors (Minnesota)..........................................
Associated General Contractors, building construction agreement
(Ohio)
Home Builders Association (St. Louis, m o ) ..........................................
Associated General Contractors (St. Louis, m o ) ....................................
Associated General Contractors (New Orleans, l a ) ..............................
Associated General Contractors (New Orleans, l a ) ................................................
Associated General Contractors, building construction (Minnesota) . . .
Contractors Association of Eastern Pennsylvania,
heavy and highway, Philadelphia area (Pennsylvania)
Associated General Contractors, heavy and highway (Minnesota) . . . .
Associated General Contractors of Missouri (Western Missouri)..........
Ohio Contractors Association and Associated General Contractors
(Ohio and West Virginia)

5,600
4,000
3,500

See footnotes at end of table.


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41

MONTHLY LABOR REVIEW March 1986 • Major Agreements Expiring Next Month
Continued— Major Agreements Expiring Next Month
Employer and location

Private industry

Labor organization1

Number of
workers

Construction Contractors Council, commercial construction
(Washington, d c and vicinity)
Contractors Association of Eastern Pennsylvania (Pennsylvania) ........
Construction Contractors Council, heavy construction
(Washington, d c and vicinity)
Central New Jersey Painting Contractors Association (New Jersey) . . .
Associated Contractors of Essex County (Network, N J)........................
National Electrical Contractors Association (Philadelphia, p a ) ...................
Roofing and Sheet Metal Contractors Association (Philadelphia, p a ) ..
Mechanical Contractors Association of Eastern Pennsylvania, Inc.,
2 agreements (Pennsylvania)
Painting and Decorating Contractors of America (Minneapolis, m n ) . . .
National Electrical Contractors of America (St. Paul, m n ) ....................
Sheet Metal and Air Conditioning Contractors (St. Paul, m n ) ..............

Construction....................................

Laborers...........................................

2,500

Construction....................................
Construction....................................

Laborers...........................................
Laborers...........................................

1,050
1,000

Construction....................................
Construction ....................................
Construction....................................
Construction....................................
Construction....................................

Painters ...........................................
Carpenters........................................
Electrical Workers ( i b e w ) ..........................
Sheet Metal Workers........................
Plumbers ..........................................

1,200
1,850
1,700
1,800
4,200

Construction....................................
Construction....................................
Construction....................................

Painters ............................................
Electrical Workers ( i b e w ) ................
Sheet Metal W orkers........................

1,050
1,400
1,150

National Electrical Contractors of America (Cleveland, o h ) ................
Mechanical Contractors Association (New Orleans, l a ) ......................
Roofing and Sheet Metal Contractors (Philadelphia, p a ) ......................
Associated General Contractors and Minnesota Concrete and Masonry
Contractors Association (Minneapolis, m n )
Industrial Contractors (Florida and G eorgia)..........................................
Minnesota Gypsum Drywall Contractors Association (Minneapolis
and St. Paul, m n ) .................................................................................
Chicago Meat Packers (Chicago, i l ) ......................................................
J.R. Simplot (Caldwell, i d ) ...................................................................
Brown and Williamson Tobacco Corp. (Virginia) ................................

Construction....................................
Construction....................................
Construction....................................
Construction....................................

Electrical Workers ( i b e w ) ................
Plumbers .........................................
Roofers.............................................
Bricklayers........................................

1,100
3,000
1,700
1,750

Construction....................................
Construction....................................

Carpenters ........................................
Carpenters ........................................

1,200
1,000

Food products ................................
Food products ................................
Tobacco ..........................................

1,200
1,100
1,050

James River Corp. (Green Bay, w i).......................................................
Proctor and Gamble Paper Products Co. (Green Bay, wi) ....................
Owens-Dlinois, Inc. (Interstate) ............................................................

Paper ..............................................
Paper ..............................................
Rubber ............................................

Southern California Shoe Manufacturers Association, Los Angeles area
(California)

L eather............................................

Teamsters (Ind.) ..............................
Teamsters (Ind.) ..............................
Bakery, Confectionery and Tobacco
Workers
Paperworkers....................................
Paperworkers....................................
Glass, Pottery, Plastics and Allied
Workers
Clothing and Textile Workers ........

Lynchburg Foundry Co. (Lynchburg, v a ) ..............................................
Northern California Foundries (California) ............................................
Gould Inc., battery group (Interstate) ....................................................
The Hoover Co. (North Canton, o h ) ......................................................
Bendix Corp, (Interstate) .......................................................................
United Technologies Corp., Diesel system (Springfield, m a ) ..............
United Technologies Corp., Hamilton Standard division (Windsor, cr)
Dana Corp., Weatherhead division (Interstate) ......................................
Robertshaw Controls Co., Grayson division (Long Beach, c a ) ............

Primary m etals................................
Primary m etals................................
Electrical products..........................
Electrical products..........................
Transportation equipm ent..............
Transportation equipm ent..............
Transportation equipment ..............
Transportation equipment ..............
Instruments ....................................

Steelworkers ....................................
Molders ............................................
Electrical Workers ( i b e w ) ................
Electrical Workers ( i b e w ) ................
Auto Workers ..................................
Electrical Workers ( i u e ) ..................
Machinists ........................................
Auto Workers ..................................
Auto Workers ..................................

1,000
1,800
1,300
2,800
5,500
1,200
3,050
1,000
1,000

American Airlines Inc., pilots (Interstate)2 ............................................
Central Maine Power, Inc. (Augusta, m e ) .........................................................................
West Penn Power Co. (Pennsylvania) ....................................................
Northern Illinois Ready Mix and Materials Association (Chicago, i l ) .
Greater New York Association of Meat and Poultry Dealers
(New York, n y )
Chicago Beer Wholesalers Association (Chicago, i l ) ............................
Minneapolis Automobile Dealers Association (Minnesota) ..................
Northwestern Mutual Life Insurance Co. (Milwaukee, wi) ..................

Air transportation ..........................
Utilities ..........................................
Utilities ..........................................
Wholesale tra d e ..............................
Wholesale tra d e ..............................

Allied Pilots Association (Ind.) . . . .
Electrical Workers (i b e w ) ................
Utility Workers ................................
Teamsters (Ind.) ..............................
Food and Commercial Workers . . . .

3,400
4,050
1,100
2,000
3,000

Wholesale tra d e ..............................
Retail trade ....................................
Insurance ........................................

Teamsters (Ind.) ..............................
Teamsters (Ind.) ..............................
Office and Professional Employees .

1,100
1,200
1,550

Government activity

Labor organization1

1,000
1,500
1,300
1,200

Number of
workers

California:

Riverside County, supporting services............

Multidepartments............................

Supporting Services Unit (Ind.) . . . .

2,050

District of Columbia:

Washington Metropolitan Transit Authority ..

Transportation ................................

Transit U nion....................................

5,500

Missouri:

Kansas City, city wide unit ............................

Multidepartments............................

State, County and Municipal
Employees

2,400

Minnesota:

St. Paul, Twin City Area Metropolitan Transit
Authority ......................................................

Transportation ................................

Transit Union....................................

2,100

1 Affiliated with

a f l - c io

except where noted as independent (Ind.).

2 Information is from newspaper reports.

42


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Developments in
Industrial Relations

Comparable worth settlements
After suffering some reverses in the last year, backers of
the comparable worth concept of pay equity were heartened
by a settlement concluding the 5-year controversy between
the State of Washington and several unions. Under the outof-court settlement, nearly 35,000 State workers in predom­
inantly female occupations will receive pay adjustments
over a 6-year period to bring them to parity with other State
workers in jobs requiring comparable levels of responsibil­
ity, skill, and training. In general, backers of the compara­
ble worth concept contend that some workers are underpaid
simply because they are in “women’s occupations, such as
secretaries, librarians, and nurses.
The events leading to the settlement began in 1981 when
nine female employees filed suit against the State, contend­
ing that a study sponsored by the State showed pay discrim­
ination against women. In 1983, a Federal district judge
found the State guilty of pay discrimination under the Fed­
eral Civil Rights Act and ordered it to retroactively correct
the disparity. In September 1985, the 9th U.S. Circuit Court
of Appeals overturned that decision, but the State legislature
had already appropriated $41.6 million to finance a settle­
ment to be negotiated with the State, County, and Municipal
Employees and other unions representing State employees.
The accord, which will require additional appropriations
to cover the $106.5 million total cost, provides for the worth
of jobs to be measured in terms of skill, effort, training,
education, responsibility, and working conditions. During
the first 15 months, $46.5 million will be available for pay
adjustments, followed by $10 million allocations on July 1
of 1987 through 1992. The settlement does not provide for
retroactivity of the pay adjustments. The 35,000 employees
will also receive the same general wage increases the unions
negotiate for other employees in their bargaining units dur­
ing the 6-year period.
Pay equity adjustments also were a feature of an initial
contract between the State, County, and Municipal Em­
ployees and the city of Chicago for 7,500 white-collar em­
ployees. Under the 3-year contract, all employees will re-

“Developments in Industrial Relations” is prepared by George Ruben o f the
Division o f Developments in Labor-Management Relations, Bureau of
Labor Statistics, and is largely based on information from secondary
sources.


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ceive wage increases totaling about 13 percent. In addition,
3,500 employees in 79 predominantly female job classifica­
tions will receive an additional 5 percent, which will be
accomplished by raising these workers by one pay grade.
According to the parties, 86 percent of the workers sched­
uled for upgrading are women.
In return for the upgrading, the union agreed to drop sex
discrimination charges it had filed with the Equal Employ­
ment Opportunity Commission against the city in 1982.
The parties also established a joint job evaluation com­
mittee to study the city’s pay system and recommend
changes, if necessary.
In another area, the parties moved to end political fa­
voritism by adopting criteria to be used in selecting workers
for jobs and promotions.
State, County, and Municipal Employees’ President
Gerald W. McEntee hailed the accord as a “demonstration
of the nationwide momentum on pay equity,” despite the
Appeals Court ruling in the Washington State case.
McEntee said that during 1985, the union’s “blueprint for
equality” program had resulted in pay adjustments of $12
million for 4,000 clericals and librarians in Los Angeles;
$20 million for 6,000 workers in the Iowa State government;
$40 million for 9,000 employees of the State of Minnesota;
$9.1 million for 10,000 employees of the State of Wiscon­
sin; $5.6 million for 9,000 employees of the State of Con­
necticut; and $36 million to be used for adjusting the pay of
thousands of employees of the State of New York.
In another pay equity agreement, the Auto Workers’ ini­
tial contracts with the State of Michigan included special
adjustments (20 cents an hour retroactive to October 1,
1985, and 20 cents effective October 1, 1986) for 70 percent
of the 21,000 employees in the two bargaining units. The
union said the special pay adjustments were intended to
“achieve a greater degree of pay equity between tradition­
ally ‘female’ State jobs and other jobs.”
Terms for all employees included a 5-percent general pay
increase effective October 1, 1986; a provision for re­
opening bargaining on a possible increase in October 1987;
reduced employee premium costs for health insurance; and
a joint review of workloads and caseloads.
The Auto Workers gained the right to represent the
Human Services and Administrative Support units by de­
feating the incumbent Michigan State Employees Associa­
tion in 1985 elections.
43

\

MONTHLY LABOR REVIEW March 1986 • Developments in Industrial Relations

RCA offers retirement inducement
Pay increases totaling 5.5 percent, lump-sum payments,
and a retirement inducement were featured in settlements
between RCA Corp. and the Electrical Workers (ibew ) and
the Electronic Workers. The separate but coordinated bar­
gaining by the two unions covered 14,500 workers at 12
electrical products plants.
The first cash payment, payable immediately, was equal
to 3 percent of employee earnings from November 1, 1984,
through October 31, 1985. Instead of continuing the provi­
sion for automatic annual cost-of-living adjustments in
hourly pay based on the movement of the Consumer Price
Index, employees will receive lump-sum payments of $225
on June 2, 1986, $500 on June 1, 1987, and $525 on June 6,
1988.
Hourly pay rates will increase by 3 percent on Decem­
ber 1, 1986, and 2.5 percent on December 7, 1987. Workers
in the upper pay grades will also receive an additional 5 to
20 cents and 5 to 15 cents an hour on the respective dates.
Pay progression was extended, with new employees start­
ing at 80 percent of the standard rate for their job and
receiving 5 percentage point increases every 6 months until
they attain the standard rate.
The retirement inducement, limited to workers leaving
the company between January 1 and July 1 of 1986, is
$5,000. It is available to employees with 30 years of service
or whose age plus years of service total 85.
Other terms include a two-step increase in the pension
rate to $16 a month (from $14) for each year of credited
service; three $100 credits to employees under a stock pur­
chase plan; and some changes to help restrain the rise in
health insurance costs.

Grocery workers accept concessions
Following the lead of a June 1985 settlement with major
St. Louis grocery store chains, United Food and Commer­
cial Workers locals 219 and 35 and three chains in nearby
Illinois agreed on cuts in pay and benefits to aid the compa­
nies in competing with nonunion stores.
The Illinois agreement cut the top rate for clerks to $10.80
an hour, from $11.15, effective immediately, and to $10.50
in November 1986. Workers below the top rate will have
their rates frozen for the term of the contract, which expires
on November 26, 1988. To some extent, the pay cut and
freeze will be offset by bonuses totaling $1,000 to $1,200,
depending on the number of hours an employee works. Half
of the bonus will be distributed in 1986 and the balance in
1987 and 1988.
The contract also provided for:
•

•

A top rate of $6.50 an hour for employees who work
less than 30 hours a week. Previously there was no
pay cap for these employees.
For workers hired after the effective date of the con­

44


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Federal Reserve Bank of St. Louis

•

•

•
•
•

tract, Sunday work premium pay of $1 an hour during
their first year and $2 an hour thereafter. Current
employees will continue to receive time and one-half
pay for work on Sunday.
A 9-cent reduction, to 76 cents an hour, in the em­
ployers’ payment to the health and welfare trust fund.
Benefits financed by the fund were not reduced.
Elimination of a sixth week of paid vacation after
25 years of service. Currently eligible workers will
continue to receive 6 weeks.
Elimination of one personal paid holiday and four
paid sick leave days beginning January 1, 1986.
Reduced employer financing of health and welfare
and pension benefits for new employees.
A guarantee that 50 percent of scheduled work hours
will be given to employees who normally work
40 hours a week and 10 percent to those who nor­
mally work at least 30 hours a week. The union said
these requirements will help counter a trend toward
increasing use of part-time workers, to the detriment
of full-time workers.

The three chains covered by the settlement are the Kroger
Co., National Supermarkets, and Schnuck Markets.

Alaska construction workers agree to a pay cut
Concern about the possibility of losing work to nonunion
construction firms impelled unions in Alaska’s petroleum
producing area to agree to a 20-percent pay cut during the
first year of their new 2-year agreement with the North
Slope Contractors Association. Pay rates for the second year
will be negotiated under a mid-term contract reopening
provision.
The deciding factor in the unions’ decision apparently
was the oil companies 1985 announcement that bidding for
projects would be opened to both union and nonunion con­
tractors. Traditionally, most of the construction on the
North Slope has been performed by unionized firms.
A union official said that the pay cut was not popular with
union members, but it must be viewed in relation to the
still-substantial earnings opportunity resulting from companyfinanced rooms, meals, and transportation, and a usual 70hour work week.
Among the affected crafts, pay rates for plumbers and
welders dropped to $20.94 an hour, from $26.17, and labor­
ers dropped to $16.27, from $20.34. Employer payments
for benefits remained at $6.10 an hour for the plumbers and
welders and $6.45 for the laborers.
Other terms include a 40-hour work week guarantee; a
limit of time and one-half pay for all work in excess of
8 hours per day; regular pay rates for work on second or
third shifts, if such shifts are established; and a cut in the
number of paid travel hours from the Fairbanks dispatch
point.
□

Book Reviews

New technology requires new management
Beyond Mechanization. By Larry Hirschhom. Cam­
bridge, M A, The MIT Press, 1984. 187 pp., bibliogra­
phy. $17.50.
Larry Hirschhom’s thesis is compelling. The production
technology of the processing plant and computerized flex­
ible manufacturing systems require a new approach to orga­
nizational design and management. In the older electrome­
chanical factories, work could be broken down into
measurable motions, and the worker trained to perform
repetitive tasks, coordinated and controlled at higher levels.
The new technology makes this approach unsafe and unpro­
ductive, since complex technological systems are vulnerable
to costly breakdowns. The alternative is a different vision of
organization and work roles in which operators develop
diagnostic and maintenance skills, and are prepared to deal
with the unexpected. Working together in self-regulating
teams, they share information and rotate jobs to expand their
knowledge of what can go wrong, and why. In this system,
supervisors become teachers and coordinators, not police­
men. If this approach had been employed at the Three Mile
Island nuclear reactor, Hirschhom believes operators would
have been better prepared to have closed a valve quickly and
avoided the danger of meltdown.
This concept is fully consistent with Joan Woodward’s
research in the 1960’s showing that continuous processing
plants (for example paper and pulp, chemicals, and oil re­
fineries) were best run when operators had the training and
authority to make decisions. It is supported by the sociotechnical theories of Eric Trist, Louis Davis, and Richard Wal­
ton, who was a consultant to the General Foods plant in
Topeka, KS, which was designed according to the team
concept in 1970. Hirschhom points out that during the past
decade, more than 500 American plants have been designed
according to the team principle, generally with job rotation
and salary, not wages, based on tasks mastered. “A worker
may be a materials scheduler, a work assigner, a trainer, a
financial coordinator managing the team’s budget, a health
and safety coordinator, a recorder, or the team’s representa­
tive on a committee studying social-system issues through­
out the plant” (p. 117).


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Beyond improved safety and less likelihood of errors,
what are the costs and benefits of the new plants? Writes
Hirschhom, “I know of no systematic study comparing the
long-term performance of these plants with that over con­
ventional ones. Cases studies and my own interviews with
managerial and supervisory staff suggest that these plants
produce a higher quality product than do conventional facto­
ries, while remaining profitable” (p. 120).
Yet, there are serious problems with many of these inno­
vative work systems, and they are social rather than techni­
cal. Hirschhom interviewed 22 managers and consultants,
and two workers at 13 new plants. (The companies would
not let him interview more workers.) He found one source
of ineffectiveness when idealistic plant managers expected
teams to govern themselves without skilled leadership and
sufficient training in a group process. Disputes undermined
effectiveness. Workers refused to discipline colleagues who
abused trust. When teamwork broke down, disillusioned
managers imposed traditional control. Most of these plants
are nonunion, and it is notable that in one unionized factory,
Hirschhom finds better discipline, more effectiveness at
resolving disputes. When there is experienced union leader­
ship, utopian ideas are less likely to cloud the vision.
Hirschhom touches on many factors that he believes im­
pede the development of better sociotechnical solutions,
including the problem of fitting the innovative factories into
industrial bureaucracies. The new pay systems and job clas­
sifications clash with corporate policy. Here again, a strong
union could help institutionalize a new approach.
Finally, Hirschhom directs criticism at engineers for ig­
noring the human element in designing production systems.
Like many who write today from a humanistic viewpoint, he
blasts the founder of scientific management, Frederick
Windslow Taylor, for having “introduced the study of hu­
man motion within a perspective emptied of psychological
and physiological content” (p. 13). In his time, Taylor was
concerned with the health and development of the worker.
Like Hirschhom, he complained of over-controlling man­
agers. The difference is that Taylor’s theory fit the simpler
technology of his day and the poorly educated immigrant
workers he first studied. Today’s technology and work force
require different organization, but as Hirschhom points out,
45

MONTHLY LABOR REVIEW March 1986 • Book Reviews
our social R&D lags behind technical development. The
point is not to blame the engineers but to show them a
viable, more productive alternative.
— M ich ae l M a c c o b y

Director, Program on Technology,
Policy and Human Development
J. F. Kennedy School of Government
Harvard University

Pemberton, James, “A Model of Wage and Employment Dynam­
ics with Endogenous Preferences,” Oxford Economic Pa­
pers, September 1985, pp. 448-65.
Riche, Martha Farnsworth, “Retirement’s Lifestyle Pioneers,”
American Demographics, January 1986, beginning on p. 42.
Rosenfeld, Jeffrey P., “Demographics on Vacation,” American
Demographics, January 1986, beginning on p. 38.
Russell, Cheryl and Thomas G. Exter, “America at Mid-Decade,”
American Demographics, January 1986, pp. 22-29.

Publications received

---------“No Kids, No Cows, More Money,” American D em o­
graphics, January 1986, pp. 32-37.

Economic and social statistics
Allen, Steven G., Union Work Rules and Efficiency in the Building
Trades. Cambridge, MA, National Bureau o f Economic Re­
search Inc., 1985, 48 pp. ( n b e r Working Paper Series,
1733.) $2, paper.
Bodmer, W. F., “Understanding Statistics,” Journal o f the Royal
Statistical Society, Vol. 148, Pt. 2, 1985, pp. 69-81.
Brant, J. D. and S. M. Chalk, “The Use of Automatic Editing in
the 1981 Census,” Journal o f the Royal Statistical Society,
Vol. 148, Pt. 2, 1985, pp. 126-46.
Capalbo, Susan M. and Michael Denny, Testing Long-Run Pro­
ductivity fo r the Canadian and U.S. Agricultural Sectors.

Cambridge, MA, National Bureau of Economic Research,
Inc., 1985, 37 pp. ( n b e r Working Paper Series, 1764.) $2,
paper.
Conrad, Klaus and Catherine J. Morrison, The Impact o f Pollution
Abatement Investment on Productivity Change: An Empirical
Comparison o f the U .S., Germany, and Canada. Cambridge,

National Bureau of Economic Research, Inc., 1985, 30
pp. ( n b e r Working Paper Series, 1763.) $2, paper.
MA,

Ehrenberg, Ronald G. and Daniel R. Sherman, Employment While
in College, Academic Achievement and Post-College Out­
comes: A Summary o f Results. Cambridge, MA, National

Bureau of Economic Research, Inc., 1985, 31 pp.
Working Paper Series, 1742.) $2, paper.

bridge, MA, National Bureau of Economic Research, Inc.,
1985, 35 pp. (NBER Working Paper Series, 1747.) $2, paper.

(n b e r

Fay, Jon A. and James L. Medoff, “Labor and Output Over the
Business Cycle: Some Direct Evidence,” The American Eco­
nomic Review, September 1985, pp. 638-55.
Griffin, James M., “ OPEC Behavior: A Test of Alternative Hy­
potheses,” The American Economic Review, December
1985, pp. 954-63.

Seneta, E., “A Sketch of the History of Survey Sampling in
Russia,” Journal o f the Royal Statistical Society, Vol. 148,
Pt. 2, 1985, pp. 118-25.
Trajenberg, Manuel, The Welfare Analysis o f Product Innovations
With an Application to C T Scanners, Cambridge, MA, Na­
tional Bureau of Economic Research Inc., 1985, 82 pp.
(NBER Working Paper Series, 1724.) $2, paper.
U.S. Department of Commerce, 1985

OBERS, b e a Regional Projec­
tions: Vol. 2, M etropolitan Statistical Area Projections to
2035. Washington, U.S. Department of Commerce, Bureau

of Economic Analysis, 1985, 348 pp. (Stock No. 003-01000159-3.) $12, Superintendent of Documents, Washington
20402.
Weitzman, Martin L., “The Simple Macroeconomics of Profit
Sharing,” The American Economic Review, December 1985,
pp. 937-53.

Health and safety
Hausman, Jerry A., Bart D. Ostro, David A. Wise, A ir Pollution
and Lost Work. Cambridge, MA, National Bureau of Eco­
nomic Research, Inc., 1984, 34 pp. ( n b e r Working Paper
Series, 1263.) $2, paper.
Viscusi, W. Kip, “Market Incentives for Safety,” Harvard Busi­
ness Review, July-August 1985, pp. 133-38.

Industrial relations
Barbash, Jack, “Do We Really Want Labor on the Ropes?” H ar­
vard Business Review, July-August 1985, beginning on
p. 10.

Burgmann, Meredith, “Australian Trade Unionism in 1984,” The
Journal o f Industrial Relations, March 1985, pp. 81-88.

Hartley, Michael, Neoclassical Econometrics: The Kernel; NonNegativity Constraints. Washington, the World Bank, Devel­
opment Research Department, 1985, 22 pp. and 35 pp.,
respectively. (Reports DRD136 and DRD137.)

Kassalow, Everett M., “Crisis in the World Steel Industry: UnionManagement Responses in Four Countries,” Labour and So­
ciety, September 1985, pp. 345-67.

Hodge, Bartow and James P. Clements, Business Systems Analy­
sis. Englewood Cliffs, NJ, Prentice-Hall, Inc., 1986, 370 pp.
$26.95.

Leonard, Jonathan S., The Effectiveness o f Equal Employment
Law and Affirmative Action Regulation. Cambridge, MA, Na­
tional Bureau of Economic Research, Inc., 1985, 51 pp.
(NBER Working Paper Series, 1745.) $2, paper.

Jenkins, Shirley, Mignon Sauber, Eva Friedlander, Ethnic Associ­
ations and Services to New Immigrants in New York City.

New York, Community Council of Greater New York, Re­
search and Program Planning Information Department, 1985,
130 pp. $10, paper.
Kearl, J. R., The Covariance Structure o f Earnings and Income,
Compensatory Behavior and On-the-Job Investments. Cam46

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Loney, Timothy J., “Formal Discussions in Federal Labor Rela­
tions—A Case of Goal Deflection,” Public Administration
Review, September-October 1985, pp. 609-15.
McCorquodale, John, “The Myth of Mateship: Aborigines and
Employment,” The Journal o f Industrial Relations, March
1985, pp. 3-16.

Moore, Tim, “Industrial Relations Legislation in 1984,” The Jour­
nal o f Industrial Relations, March 1985, pp. 89-95.
Sloan, Judith, “The Unionization of Young People in Australia,”
The Journal o f Industrial Relations, March 1985, pp. 38-48.
Zax, Jeffrey S., Municipal Employment, Municipal Unions, and
D em and fo r M unicipal Services. Cambridge, MA, National
Bureau of Economic Research, Inc., 1985, 30 pp. (NBER
Working Paper Series, 1728.), $2, paper.

Industry and government organization
Brown, Anthony, “The Regulatory Policy Cycle and the Airline
Deregulation Movement,” Social Science Quarterly, Septem­
ber 1985, pp. 552-63.
Lissner, Will, “Free Competition by Free Enterprise,” American
Journal o f Economics and Sociology, October 1985, p. 490.
Sheehan, Michael F., “Plant Closings and the Community: The
Instrumental Value of Public Enterprise in Countering Corpo­
rate Flight,” American Journal o f Economics and Sociology,
October 1985, pp. 423-33.

International economics
Baily, Martin Neil and Alok K. Chakrabarti, “Innovation and
U.S. Competitiveness,” The Brookings Review, Fall 1985,
pp. 14-21.
Bemholz, Peter, Manfred Gärtner, Erwin W. Heri, “Historical
Experiences with Flexible Exchange Rates: A Simulation of
Common Qualitative Characteristics” Journal o f Interna­
tional Economics, August 1985, pp. 21-45.
Bernstein, Edward M., “The United States as an Interna­
tional Debtor Country,” The Brookings Review, Fall 1985,
pp. 28-36.
Domowitz, Ian and Craig S. Hakkio, “Conditional Variance and
the Risk Premium in the Foreign Exchange Market,” Journal
o f International Economics, August 1985, pp. 47-66.
Edwards, Sebastian, Commodity Export Boom and the Real E x­
change Rate: The M oney-Inflation L ink. Cambridge, MA,
National Bureau of Economic Research, Inc., 1985, 29 pp.
( n b e r Working Papers Series, 1741.) $2, paper.
Ethier, Wilfred J ., “International Trade and Labor Migration,” The
American Economic Review, September 1985, pp. 691-707.
Frankel, Jeffrey A., International Capital M obility and Crowding
Out in the U.S. Economy: Imperfect Integration o f Financial
M arkets or o f Goods M arkets 1 Cambridge, m a , National

Bureau of Economic Research, Inc., 1985, 53 pp.
Working Paper Series, 1773.) $2, paper.

(n b e r

Lawrence, Robert Z. and Robert E. Litan, “Living with the Trade
Deficit: Adjustment Strategies to Preserve Free Trade,” The
Brookings Review, Fall 1985, pp. 3-13.
Lincoln, Edward J., “Disentangling the Mess in U.S.-Japan
Economic Relations, The Brookings Review, Fall 1985,
pp. 22-27.
“The Debt Problem: Acute and Chronic Aspects,” Journal o f D e­
velopment Planning, No. 16, 1985, pp. 3-227.
Venables, Anthony J., “Trade and Trade Policy with Imperfect
Competition: The Case of Identical Products and Free Entry,”
Journal o f International Economics, August 1985, pp. 1-19.
Wijnbergen, Sweder Van, “Taxation of International Capital
Flows, the Intertemporal Terms of Trade and the Real
Price of Oil,” Oxford Economic Papers, September 1985,
pp. 382-90.

Labor force
Antel, John J., “Costly Employment Contract Renegotiation and
the Labor Mobility of Young Men,” The American Economic
Review, December 1985, pp. 976-91.
Burton, Daniel F., Jr. and others, eds., The Jobs Challenge: Pres­
sures and Possibilities. Cambridge, m a , Ballinger Publishing
Co., 1986, 304 pp.
Cook, Robert F., Charles F. Adams, Jr., V. Lane Rawlins and
Associates, Public Service Employment: The Experience o f a
Decade. Kalamazoo, Mi, W. E. Upjohn Institute for Employ­
ment Research, 1985, 131 pp.
Darby, Michael R., John Haltiwanger, Mark Plant, “Unemploy­
ment Rate Dynamics and Persistent Unemployment under
Rational Expectations,” The American Economic Review,
September 1985, pp. 614-37.
“Job Growth, Flexibility and Security,” The
tember 1985, pp. 3-8.
“Migration: The Trends Converge,” The
ber 1985, pp. 9-11.

OECD

OECD

Observer, Sep­

Observer, Septem­

Owen, John D., Working Lives: The American Work Force Since
1920. Lexington, m a , D.C. Heath and Co., Lexington
Books, 1986, 218 pp., bibliography. $25.
Pissarides, Christopher A., “Short-Run Equilibrium Dynamics of
Unemployment, Vacancies, and Real Wages,” The American
Economic Review, September 1985, pp. 676-90.
Smith, Marvin M ., “Early Labor Market Experiences of Youth and
Subsequent Wages,” American Journal o f Economics and
Sociology, October 1985, pp. 391-400.

Grinols, Earl L. “Trade, Distortions, and Welfare Under
Uncertainty,” Oxford Economic Papers, September 1985,
pp. 362-74.

Swedish Ministry of Labour, EFA’s Research P rogram m e. Stock­
holm, Swedish Ministry of Labour, Delegation for Labour
Market Policy Research, 1985, 31 pp.

Hashimoto, Masanori and John Raisian, “Employment Tenure and
Earnings Profiles in Japan and the United States,” The Am er­
ican Economic Review, September 1985, pp. 721-35.

--------- On the Composition and Outcome o f Swedish Labour M ar­
ket Policy: 1970-1985. By Jan Johannesson. Stockholm,
Swedish Ministry of Labour, Delegation of Labour Market
Policy Research, 1985, 20 pp.

Helpman, Elhanan and Assaf Razin, “Floating Exchange Rates
with Liquidity Constraints in Financial Markets,” Journal o f
International Economics, August 1985, pp. 99-117.
Kawai, Masahiro, “Exchange Rates, the Current Account
and Monetary Fiscal Policies in the Short Run and in the
Long Run,” Oxford Economic Papers, September 1985,
pp. 391-425.


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“Women and Work—A Review of the Decade: Job Equality for
Women; Progress, Problems and Perspectives,” by Hedva
Sarfati; “Rural Women and Technical Change: Theory, Em­
pirical Analysis and Operational Projects,” by Iftikhar
Ahmed; “The Role of the Soviet Woman in Decision-Making
in Trade Union Committees and in Industry,” by Alexandra
Biryukova; “From Drudgery to Dignity: The s e w a Experi47

MONTHLY LABOR REVIEW March 1986 • Book Reviews
ence,” by Lalita Krishnaswami; “The Position of Women in
the Labour Market in Hong Kong: A Content Analysis of the
Recruitment Advertisements,” by Suk-ching Ho, Labour and
Society, September 1985, pp. 273-344.
Wurzburg, Gregory, “Youth Joblessness in Australia: The Prob­
lem Behind the Problem,” The OECD Observer, September
1985, pp. 12-15.

fice, 1985, 355 pp. Available in the U.S. from the Washing­
ton branch of il o .

Welfare programs and social insurances

Monetary and fiscal policy

“Government Programs and the Poor—Two Views: Have the Poor
Been ‘Losing Ground’?” by Charles Murray; “How the Wel­
fare System Promotes Economic Security,” by Sar A. Levi­
tan, Political Science Quarterly, Fall 1985, pp. 427-59.

Canzoneri, Matthew B., “Monetary Policy Games and the Role of
Private Information,” The American Economic Review, De­
cember 1985, pp. 1056-70.

Ippolito, Richard A., “The Labor Contract and True Economic
Pension Liabilities,” The American Economic Review, De­
cember 1985, pp. 1031-43.

Slovak, Jeffrey S. “City Spending, Suburban Demands, and Fiscal
Exploitation: A Replication and Extension,” Social Forces,
September 1985, pp. 168-90.

Leonard, Jonathan S., Labor Supply Incentives and Disincentives
fo r the D isabled. Cambridge, m a , National Bureau of Eco­
nomic Research, Inc., 1985, 45 pp. (n b e r Working Paper
Series, 1744.) $2, paper.

Productivity and technological change
Fernandez, John P., Child Care and Corporate Productivity: R e­
solving Family/Work Conflicts. Lexington, m a , D.C. Heath
and Co., Lexington Books, 1986, 222 pp., bibliography.
$25.
International Labour Office, Technological Change: The Tripar­
tite Response, 1982-85. Geneva, International Labour Of­

Lissner, Will, “The Debate Over Social Security,” American Jour­
nal o f Economics and Sociology, October 1985, p. 434.
Ozawa, Martha N., “Social Security Reform in Japan,” Social
Service Review, September 1985, pp. 476-95.
Rank, Mark R., “Exiting from Welfare: A Life-Table Analysis,”
Social Service Review, September 1985, pp. 358-76.
□

A note on communications
The Monthly Labor Review welcomes communications that supplement,
challenge, or expand on research published in its pages. To be considered
for publication, communications should be factual and analytical, not po­
lemical in tone. Communications should be addressed to the Editor-inChief, Monthly Labor Review, Bureau of Labor Statistics, U.S. Department
of Labor, Washington, D.C. 20212.

48

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Current
Labor Statistics
Schedule of release dates for major BLS statistical series.........................................................................................

50

Notes on Current Labor Statistics..................................................................................

si

Comparative indicators
1. Labor market in d ica to rs............................................................................................................................................................................................ 60
2. Annual and quarterly percent changes in wages, prices, and p r o d u c tiv ity ............................................................................................... 61
3. Alternative measures o f wage and com pensation changes ............................................................................................................................. 61

Labor force data
4.
5.
6.
7.
8.
9.
10.
11.
12.
13.
14.
15.
16.
17.
18.
19.
20.
21.

Em ploym ent status o f the total population, data seasonally ad ju sted ........................................................................................................
Em ploym ent status o f the civilian population, data seasonally adjusted ..................................................................................................
Selected em ploym ent indicators, data seasonally a d ju ste d .............................................................................................................................
Selected unem ploym ent indicators, data seasonally a d ju sted ...................................................................................................., .................
Unem ploym ent rates by sex and age, data seasonally adjusted ....................................................................................................................
U nem ployed persons by reason for unem ploym ent, data seasonally a d ju ste d ........................................................................................
Duration o f unem ploym ent, data seasonally adjusted ...................................................................................................................................
Unem ploym ent rates o f civilian workers, by S ta te.............................................................................................................................................
Em ploym ent o f workers by S ta te ............................................................................................................................................................................
Em ploym ent o f workers by industry, data seasonally a d ju s te d ....................................................
Average weekly hours by industry, data seasonally a d ju s te d ........................................................................................................................
Average hourly earnings by in d u stry ......................................................................................................................................................................
Average weekly earnings by in d ustry.................................................
Hourly Earnings Index by in d u str y ........................................................................................................................................................................
Indexes o f diffusion: proportion o f industries in which em ploym ent increased, seasonally a d ju s te d ..............................................
Annual data: Em ploym ent status o f the noninstitutional p o p u la tio n ........................................................................................................
Annual data: Em ploym ent levels by in d u stry......................................................................................................................................................
A nnual data: Average hours and earnings levels by industry .........................................................................................................................

62
63
64
65
66
66
66
67
67
68
69
70
71
71
72
72
72
73

Labor compensation and collective bargaining data
22.
23.
24.
25.
26.
27.
28.
29.

Em ploym ent C ost Index, com pensation, by occupation and industry g r o u p ...........................................................................................
Em ploym ent C ost Index, wages and salaries, by occupation and industry g r o u p ..................................................................................
Em ploym ent C ost Index, private nonfarm workers, by bargaining status, region, and area siz e .......................................................
Specified com pensation and wage adjustm ents from contract settlem ents, and effective wage adjustm ents,
situations covering 1,000 workers or m o r e ......... ................................................................................................................................................
Average specified com pensation and wage adjustm ents, bargaining situation covering 1,000 workers or m o r e .........................
Average effective wage adjustm ents, bargaining situations covering 1,000 workers or m o r e .............................................................
Specified com pensation and wage adjustm ents, State and local governm ent bargaining
situations covering 1,000 workers or m o re........................... ..............................................................................................................................
W ork stoppages involving 1,000 workers or m o r e ............................................................................................................................................

74
75
76
77
77
78
78
78

Price data
30.
31.
32.
33.
34.
35.
36.
37.
38.
39.
40.
41.


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Consumer Price Index: U .S . City average, by expenditure category and com m odity and service g r o u p s........................................
Consumer Price Index: U .S . City average and local data, all it e m s .............................................................................................................
Annual data: Consumer Price Index, all items and major g r o u p s ...............................................................................................................
Producer Price Indexes by stage o f p rocessin g...................................................................................................................................................
Producer Price Indexes, by durability o f p r o d u c t .............................................................................................................................................
A nnual data: Producer Price Indexes by stage o f p r o c e ssin g ........................................................................................................................
U .S . export price indexes by Standard International Trade C la ssific a tio n ...............................................................................................
U .S . import price indexes by Standard International Trade C lassification ...............................................................................................
U .S . export price indexes by end use c a t e g o r y ...................................................................................................................................................
U .S . import price indexes by end use c a te g o r y ...................................................................................................................................................
U .S . export price indexes by Standard Industrial C lassification .................................................................................................................
U .S . import price indexes by Standard Industrial C la ssific a tio n .................................................................................................................

79
82
83
84
85
85
86
87
88
88
88
89

49

MONTHLY LABOR REVIEW March 1986 • Current Labor Statistics

C ontents— Continued
Productivity data
42. Indexes o f productivity, hourly com pensation, unit costs, data seasonally a d ju sted ............................................................................. 89
43. A nnual indexes o f m ultifactor p ro d u ctiv ity ........................................................................................................................................................ 90
44. Annual indexes o f productivity, hourly com pensation, unit costs, and p r ic e s ........................................................................................ 90

International comparisons
45. U nem ploym ent rates in nine countries, data seasonally ad ju sted ................................................................................................................. 91
46. Annual data: Em ploym ent status o f civilian working-age population, ten countries ........................................................................... 92
47. Annual indexes o f productivity and related m easures, twelve c o u n tr ie s.................................................................................................... 93

Injury and illness data
48. Annual data: occupational injury illness incidence ra tes................................................................................................................................. 94

Schedule of release dates for BLS statistical series
Series

Employment situation ............................
Producer Price Index..............................
Consumer Price Index............................
Real earnings..........................................
Productivity and costs:
Nonfarm business and
manufacturing....................................

Release
date

March
March
March
March

7
14
25
25

Period
coverd

February
February
February
February

Release
date

April
April
April
April

4
11
22
22

April 24

Period
covered

March
March
March
March

Release
date

May
May
May
May

2
16
21
21

50

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Federal Reserve Bank of St. Louis

April 25
April 29

MLR table
number

April
April
April
April

1; 4-21
2; 33-35
2; 30-32
14-17

1st quarter

2; 42-44

1st quarter
May 28

Major collective bargaining
settlements ..........................................
Employment Cost Index..........................

Period
covered

1st quarter

1-3; 22-24

NOTES ON CURRENT LABOR STATISTICS

This section o f the Review presents the principal statistical series collected
and calculated by the Bureau of Labor Statistics: series on labor force,
employment, unemployment, collective bargaining settlements, consumer,
producer, and international prices, productivity, international comparisons,
and injury and illness statistics. In the notes that follow, the data in each
group o f tables is briefly described, key definitions are given, notes on the
data are set forth, and sources of additional information are cited.

Adjustments for price changes. Some data— such as the Hourly
Earnings Index in table 17— are adjusted to eliminate the effect of changes
in price. These adjustments are made by dividing current dollar values by
the Consumer Price Index or the appropriate component of the index, then
multiplying by 100. For example, given a current hourly wage rate o f $3
and a current price index number of 150, where 1967 = 100, the hourly rate
expressed in 1967 dollars is $2 ($3/150 x 100 = $2). The $2 (or any other
resulting values) are described as “real,” “constant,” or “ 1967” dollars.

General notes
Additional information

The following notes apply to several tables in this section:

Seasonal adjustment.

Certain monthly and quarterly data are adjusted
to eliminate the effect on the data o f such factors as climatic conditions,
industry production schedules, opening and closing of schools, holiday
buying periods, and vacation practices, which might prevent short-term
evaluation o f the statistical series. Tables containing data that have been
adjusted are identified as “seasonally adjusted.” (All other data are not
seasonally adjusted.) Seasonal effects are estimated on the basis of past
experience. When new seasonal factors are computed each year, revisions
may affect seasonally adjusted data for several preceding years. (Season­
ally adjusted data appear in tables 1 -3 , 4 -1 0 , 13, 14, and 18.) Beginning
in January 1980, the bls introduced two major modifications in the sea­
sonal adjustment methodology for labor force data. First, the data are being
seasonally adjusted with a new procedure called X - l l a r im a , which was
developed at Statistics Canada as an extension of the standard X - 11 method
previously used by BLS. A detailed description of the procedure appears in
Th e x - l l arima S e a s o n a l A d ju s tm e n t M e th o d by Estla Bee Dagum (Statis­
tics Canada, Catalogue No. 12-564E, January 1983). The second change
is that seasonal factors are now being calculated for use during the first 6
months o f the year, rather than for the entire year, and then are calculated
at mid-year for the July-December period. However, revisions of historical
data continue to be made only at the end of each calendar year.
Seasonally adjusted labor force data in tables 1 and 4 -1 0 were revised
in the February 1986 issue of the R e v ie w to reflect experience through
1985 .
Annual revisions o f the seasonally adjusted payroll data shown in tables
13, 14, and 18 were made in July 1985 using the x - l l a r im a seasonal
adjustment methodology. New seasonal factors for productivity data in
table 42 are usually introduced in the September issue. Seasonally adjusted
indexes and percent changes from month to month and from quarter to
quarter are published for numerous Consumer and Producer Price Index
series. However, seasonally adjusted indexes are not published for the U .S.
average All Items c p i . Only seasonally adjusted percent changes are avail­
able for this series.

Data that supplement the tables in this section are published by the
Bureau in a variety of sources. Press releases provide the latest statistical
information published by the Bureau; the major recurring releases are
published according to the schedule preceding these general notes. More
information about labor force, employment, and unemployment data and
the household and establishment surveys underlying the data are available
in E m p lo y m e n t a n d E a r n in g s , a monthly publication of the Bureau. More
data from the household survey is published in the two-volume data book—
L a b o r F o r c e S ta tis tic s D e r iv e d F ro m th e C u r r e n t P o p u la tio n S u r v e y , Bul­
letin 2096. More data from the establishment survey appear in two data
books— E m p lo y m e n t, H o u r s , a n d E a rn in g s , U n ite d S ta te s , and E m p lo y ­
m e n t, H o u r s , a n d E a rn in g s , S ta te s a n d A r e a s , and the annual supplements
to these data books. More detailed information on employee compensation
and collective bargaining settlements is published in the monthly periodi­
cal, C u r r e n t W a g e D e v e lo p m e n ts . More detailed data on consumer and
producer prices are published in the monthly periodicals, T h e cpi D e ta ile d
R e p o r t, and P r o d u c e r P r ic e s a n d P r ic e I n d e x e s . Detailed data on all o f the
series in this section are provided in the H a n d b o o k o f L a b o r S ta tis tic s ,
which is published biennally by the Bureau, bls bulletins are issued cover­
ing productivity, injury and illness, and other data in this section. Finally,
the M o n th ly L a b o r R e v ie w carries analytical articles on annual and longer
term developments in labor force, employment and unemployment; em­
ployee compensation and collective bargaining; prices; productivity; inter­
national comparisons; and injury and illness data.

Symbols
p = preliminary. To increase the timeliness of some series, prelim­
inary figures are issued based on representative but incomplete
returns.
r = revised. Generally, this revision reflects the availability o f later
data but may also reflect other adjustments,
n.e.c. = not elsewhere classified,
n.e.s. = not elsewhere specified.

COMPARATIVE INDICATORS
(Tables 1-3)

Comparative indicators tables provide an overview and comparison of
major b ls statistical series. Consequently, although many of the included
series are available monthly, all measures in these comparative tables are
presented quarterly and annually.

Labor market indicators include employment measures from two majoi surveys and information on rates of change in compensation provided
by the Employment Cost Index ( e c i ) program. The labor force participation
rate, the employment-to-population ratio, and unemployment rates for
major demographic groups based on the Current Population (“household ”)


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Survey are presented, while measures of employment and average weekly
hours by major industry sector are given using nonagricultural payroll data.
The Employment Cost Index (compensation), by major sector and by
bargaining status, is chosen from a variety of

b ls

compensation and wage

measures because it provides a comprehensive measure of employer costs
for hiring labor, not just outlays for wages, and it is not affected by
employment shifts among occupations and industries.
Data on changes in compensation, prices, and productivity are pre­
sented in table 2. Measures of rates of change of compensation and wages

51

MONTHLY LABOR REVIEW March 1986

• Current Labor Statistics

from the Employment Cost Index program are provided for all civilian
nonfarm workers (excluding Federal and household workers) and for all
private nonfarm workers. Measures of changes in consumer prices for all
urban consumers; producer prices by stage of processing; and the overall
export and import price indexes are given. Measures of productivity (output
per hour of all persons) are provided for major sectors.
Alternative measures of wage and compensation rates of change,
which reflect the overall trend in labor costs, are summarized in table 3.
Differences in concepts and scope, related to the specific purposes of the
series, contribute to the variation in changes among the individual mea­
sures.

Notes on the data
Definitions of each series and notes on the data are contained in later
sections of these notes describing each set of data. For detailed descriptions
of each data series, see bls Handbook o f Methods, Volumes I and II,
Bulletins 2134-1 and 2134-2 (Bureau of Labor Statistics, 1982 and 1984,
respectively), as well as the additional bulletins, articles, and other publi­
cations noted in the separate sections of the Review's “Current Labor
Statistics Notes.” Historical data for many series are provided in the Hand­
book o f Labor Statistics, Bulletin 2217 (Bureau of Labor Statistics, 1985).
Users may also wish to consult Major Programs, Bureau o f Labor Statis­
tics, Report 718 (Bureau of Labor Statistics, 1985).

EMPLOYMENT DATA
(Tables 1; 4-21)

Household Survey Data
Description of the series
EMPLOYMENT DATA in this section are obtained from the Current Popula­
tion Survey, a program of personal interviews conducted monthly by the Bureau
of the Census for the Bureau of Labor Statistics. The sample consists of about
59,500 households selected to represent the U.S. population 16 years of age and
older. Households are interviewed on a rotating basis, so that three-fourths of
the sample is the same for any 2 consecutive months.

Definitions
Employed persons include (1) all civilians who worked for pay any time
during the week which includes the 12th day of the month or who worked
unpaid for 15 hours or more in a family-operated enterprise and (2) those
who were temporarily absent from their regular jobs because of illness,
vacation, industrial dispute, or similar reasons. Members of the Armed
Forces stationed in the United States are also included in the employed
total. A person working at more than one job is counted only in the job at
which he or she worked the greatest number of hours.
Unemployed persons are those who did not work during the survey
week, but were available for work except for temporary illness and had
looked for jobs within the preceding 4 weeks. Persons who did not look for
work because they were on layoff or waiting to start new jobs within the
next 30 days are also counted among the unemployed. The overall unem­
ployment rate represents the number unemployed as a percent of the labor
force, including the resident Armed Forces. The civilian unemployment
rate represents the number unemployed as a percent of the civilian labor
force.
The labor force consists of all employed or unemployed civilians plus
members of the Armed Forces stationed in the United States. Persons not
in the labor force are those not classified as employed or unemployed; this
group includes persons who are retired, those engaged in their own house­
work, those not working while attending school, those unable to work
because of long-term illness, those discouraged from seeking work because
of personal or job market factors, and those who are voluntarily idle. The
noninstitutional population comprises all persons 16 years of age and
older who are not inmates of penal or mental institutions, sanitariums, or
homes for the aged, infirm, or needy, and members of the Armed Forces
stationed in the United States. The labor force participation rate is the
proportion of the noninstitutional populaton that is in the labor force. The
employment-population ratio is total employment (including the resident
Armed Forces) as a percent of the noninstitutional population.

Notes on the data
From time to time, and especially after a decennial census, adjustments

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are made in the Current Population Survey figures to correct for estimating
errors during the preceding years. These adjustments affect the comparabil­
ity of historical data. A description of these adjustments and their effect on
the various data series appear in the Explanatory Notes of Employment and
Earnings.
Data in tables 4 -10 are seasonally adjusted, based on the seasonal
experience through December 1985.

Additional sources of information
For detailed explanations of the data, see bls Handbook o f Methods,
Bulletin 2134-1 (Bureau of Labor Statistics, 1982) and for additional data,
Handbook o f Labor Statistics, Bulletin 2217 (Bureau of Labor Statistics,
1985). A detailed description of the Current Population Survey as well as
additional data are available in the monthly Bureau of Labor Statistics
periodical, Employment and Earnings. Historical data from 1948 to 1982
are available in Labor Force Statistics Derived from the Current Popula­
tion Survey: A Databook, Vols. I and II, Bulletin 2096 (Bureau of Labor
Statistics, 1982).
A comprehensive discussion of the differences between household and
establishment data on employment appears in Gloria P. Green, “Comparing
employment estimates from household and payroll surveys,” Monthly
Labor Review, December 1969, pp. 9-20.

Establishment Survey Data
Description of the series
E m p l o y m e n t , h o u r s , a n d e a r n in g s d a t a in this section are compiled from
payroll records reported monthly on a voluntary basis to the Bureau of

Labor Statistics and its cooperating State agencies by more than 200,000
establishments representing all industries except agriculture. In most indus­
tries, the sampling probabilities are based on the size of the establishment;
most large establishments are therefore in the sample. (An establishment is
not necessarily a firm; it may be a branch plant, for example, or ware­
house.) Self-employed persons and others not on a regular civilian payroll
are outside the scope of the survey because they are excluded from estab­
lishment records. This largely accounts for the difference in employment
figures between the household and establishment surveys.

Definitions
An establishment is an economic unit which produces goods or services
(such as a factory or store) at a single location and is engaged in one type
of economic activity.
Employed persons are all persons who received pay (including holiday

and sick pay) for any part of the payroll period including the 12th of the
month. Persons holding more than one job (about 5 percent of all persons
in the labor force) are counted in each establishment which reports them.
Production workers in manufacturing include blue-collar worker super­
visors and all nonsupervisory workers closely associated with production
operations. Those workers mentioned in tables 12-16 include production
workers in manufacturing and mining; construction workers in construc­
tion; and for nonsupervisory workers in the following industries: trans­
portation and public utilities; wholesale and retail trade; finance, insurance,
and real estate; and services. These groups account for about four-fifths of
the total employment on private nonagricutural payrolls.
Earnings are the payments production or nonsupervisory workers re­
ceive during the survey period, including premium pay for overtime or
late-shift work but excluding irregular bonuses and other special payments.
Real earnings are earnings adjusted to reflect the effects of changes in
consumer prices. The deflator for this series is derived from the Consumer
Price Index for Urban Wage Earner and Clerical Workers ( c p i- w ). The
Hourly Earnings Index is calculated from average hourly earnings data
adjusted to exclude the effects of two types of changes that are unrelated
to underlying wage-rate developments: fluctuations in overtime premiums
in manufacturing (the only sector for which overtime data are available)
and the effects of changes and seasonal factors in the proportion of workers
in high-wage and low-wage industries.
Hours represent the average weekly hours of production or nonsupervi­
sory workers for which pay was received and are different from standard
or scheduled hours. Overtime hours represent the portion of gross average
weekly hours which were in excess of regular hours and for which overtime
premiums were paid.
The Diffusion Index, introduced in table 17 of the May 1983 issue,
represents the percent of 185 nonagricultural industries in which employ­
ment was rising over the indicated period. One-half of the industries with
unchanged employment are counted as rising. In line with Bureau practice,
data for the 1-, 3-, and 6-month spans are seasonally adjusted, while those
for the 12-month span are unadjusted. The diffusion index is useful for
measuring the dispersion of economic gains or losses and is also an eco­
nomic indicator.

Notes on the data
Establishment data collected by the Bureau of Labor Statistics are peri­
odically adjusted to comprehensive counts of employment (called
“benchmarks”). The latest complete adjustment was made with the release
of May 1985 data, published in the July 1985 issue of the R e v ie w . Conse­
quently, data published in the R e v ie w prior to that issue are not necessarily
comparable to current data. Unadjusted data have been revised back to
April 1983; seasonally adjusted data have been revised back to January
1980. These revisions were published in the S u p p le m e n t to E m p lo y m e n t
a n d E a rn in g s (Bureau of Labor Statistics, 1985). Unadjusted data from
April 1984 forward, and seasonally adjusted data from January 1981 for­
ward are subject to revision in future benchmarks.

Additional sources of information
Detailed data from the establishment survey are published monthly in the
periodical, E m p lo y m e n t a n d E a rn in g s . Earlier comparable unadjusted
and seasonally adjusted data are published in E m p lo y m e n t, H o u r s , a n d
E a r n in g s , U n ite d S ta te s , 1 9 0 9 - 8 4 , Bulletin 1312-12 and its annual
supplement (Bureau of Labor Statistics, 1985). For a detailed discussion of
the methodology of the survey, see bls H a n d b o o k o f M e th o d s , Bulletin
2143-1 (Bureau of Labor Statistics, 1982). For additional data, see H a n d ­
b o o k o f L a b o r S ta tis tic s , Bulletin 2217 (Bureau of Labor Statistics, 1985).
A comprehensive discussion of the differences between household and
establishment data on employment appears in Gloria P. Green, “Comparing
employment estimates from household and payroll surveys,” M o n th ly
L a b o r R e v ie w , December 1969, pp. 9-20.
bls

Unemployment Data By State
Description of the series
Data presented in this section are obtained from two major sources— the
Current Population Survey ( cps ) and the Local Area Unemployment Statis­
tics ( l a u s ) program, which is conducted in cooperation with State employ­
ment security agencies.
Monthly estimates of the labor force, employment, and unemployment
for States and sub-State areas are a key indicator of local economic condi­
tions and form the basis for determining the eligibility of an area for
benefits under Federal economic assistance programs such as the Job Train­
ing Partnership Act and the Public Works and Economic Development Act.
Insofar as possible, the concepts and definitions underlying these data are
those used in the national estimates obtained from the CPS.

Notes on the data
Data refer to State of residence. Monthly data for 11 States—California,
Florida, Illinois, Massachusetts, Michigan, New York, New Jersey, North
Carolina, Ohio, Pennsylvania, and Texas—are obtained directly from the CPS
because the size of the sample is large enough to meet BLS standards of reliabil­
ity. Data for the remaining 39 States and the District of Columbia are derived us­
ing standardized procedures established by BLS. Once a year, estimates for the 11
States are revised to new population controls. For the remaining States and the
District of Columbia, data are benchmarked to annual average CPS levels.

Additional sources of information
Information on the concepts, definitions, and technical procedures used
to develop labor force data for States and sub-State areas as well as addi­
tional data on sub-States are provided in the monthly Bureau of Labor
Statistics periodical, E m p lo y m e n t a n d E a rn in g s , and the annual report,
G e o g r a p h ic P r o file o f E m p lo y m e n t a n d U n e m p lo y m e n t (Bureau of Labor
Statistics). See also bls H a n d b o o k o f M e th o d s, Bulletin 2134-1 (Bureau of
Labor Statistics, 1982).

COMPENSATION AND WAGE DATA
(Tables 22-29)
C o m p e n s a t io n a n d w a g e d a t a are gathered by the Bureau from business
establishments, State and local governments, labor unions, collective bar­
gaining agreements on file with the Bureau, and secondary sources.

Employment Cost Index
Description of the series
The Employment Cost Index ( e c i ) is a quarterly measure of the rate of
change in compensation per hour worked and includes wages, salaries, and
employer costs of employee benefits. It uses a fixed market basket of


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labor— similar in concept to the Consumer Price Index’s fixed market
basket of goods and services— to measure change over time in employer
costs of employing labor. The index is not seasonally adjusted.
Statistical series on total compensation costs and on wages and salaries
are available for private nonfarm workers excluding proprietors, the selfemployed, and household workers. Both series are also available for State
and local government workers and for the civilian nonfarm economy,
which consists of private industry and State and local government workers
combined. Federal workers are excluded.
The Employment Cost Index probability sample consists of about 2,200
private nonfarm establishments providing about 12,000 occupational ob­
servations and 700 State and local government establishments providing

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MONTHLY LABOR REVIEW March 1986

. Current Labor Statistics

3,500 occupational observations selected to represent total employment in
each sector. On average, each reporting unit provides wage and compensa­
tion information on five well-specified occupations. Data are collected each
quarter for the pay period including the 12th day of March, June, Septem­
ber, and December.
Fixed employment weights from the 1970 Census of Population are used
each quarter to calculate the indexes for civilian, private, and State and
local governments. These fixed weights, also used to derive all of the
industry and occupation series indexes, ensure that changes in these in­
dexes reflect only changes in compensation, not employment shifts among
industries or occupations with different levels of wages and compensation.
For the bargaining status, region, and metropolitan/nonmetropolitan area
series, however, employment data by industry and occupation are not
available from the census. Instead, the 1970 employment weights are
reallocated within these series each quarter based on the current sample.
Therefore, these indexes are not strictly comparable to those for the aggre­
gate, industry, and occupation series.

Definitions
Total compensation costs include wages, salaries, and the employer
costs for employee benefits.
Wages and salaries consist of earnings before payroll deductions, in­
cluding production bonuses, incentive earnings, commissions, and cost-ofliving adjustments.
Benefits include the cost to employers for paid leave, supplemental pay
(including nonproduction bonuses), insurance, retirement and savings
plans, and legally required benefits (such as social security, workers’
compensation, and unemployment insurance).
Excluded from wages and salaries and employee benefits are such items
as payment-in-kind, free room and board, and tips.

(wages and benefits costs) and wages alone, quarterly for private industry
and semiannually for State and local government. Compensation measures
cover all collective bargaining situations involving 5,000 workers or more
and wage measures cover all situations involving 1,000 workers or more.
These data, covering private nonagricultural industries and State and local
governments, are calculated using information obtained from bargaining
agreements on file with the Bureau, parties to the agreements, and second­
ary sources, such as newspaper accounts. The data are not seasonally
adjusted.
Settlement data are measured in terms of future specified adjustments:
those that will occur within 12 months after contract ratification— first
year— and all adjustments that will occur over the life of the contract
expressed as an average annual rate. Adjustments are worker weighted.
Both first-year and over-the-life measures exclude wage changes that may
occur under cost-of-living clauses that are triggered by future movements
in the Consumer Price Index.
Effective wage adjustments measure all adjustments occurring in the
reference period, regardless of the settlement date. Included are changes
from settlements reached during the period, changes deferred from con­
tracts negotiated in earlier periods, and changes under cost-of-living adjust­
ment clauses. Each wage change is worker weighted. The changes are
prorated over all workers under agreements during the reference period
yielding the average adjustment.

Definitions

The Employment Cost Index data series began in the fourth quarter of
1975, with the quarterly percent change in wages and salaries in the private
nonfarm sector. Data on employer costs for employee benefits were in­
cluded in 1980 to produce, when combined with the wages and salaries
series, a measure of the percent change in employer costs for employee
total compensation. State and local government units were added to the eci
coverage in 1981, providing a measure of total compensation change in the
c iv ilia n nonfarm economy (excluding Federal employees). Historical in­
dexes (June 1981 —100) of the quarterly rates of change are presented in the
May issue of the b ls monthly periodical, C u r r e n t W a g e D e v e lo p m e n ts .

Wage rate changes are calculated by dividing newly negotiated wages
by the average hourly earnings, excluding overtime, at the time the agree­
ment is reached. Compensation changes are calculated by dividing the
change in the value of the newly negotiated wage and benefit package by
existing average hourly compensation, which includes the cost of previ­
ously negotiated benefits, legally required social insurance programs, and
average hourly earnings.
Compensation changes are calculated by placing a value on the benefit
portion of the settlements at the time they are reached. The cost estimates
are based on the assumption that conditions existing at the time of settle­
ment (for example, methods of financing pensions or composition of labor
force) will remain constant. The data, therefore, are measures of negotiated
changes and not of total changes in employer cost.
Contract duration runs from the effective date of the agreement to the
expiration date or first wage reopening date, if applicable. Average annual
percent changes over the contract term take account of the compounding of
successive changes.

Additional sources of information

Notes on the data

For a more detailed discussion of the Employment Cost Index, see
Chapter 11, “The Employment Cost Index,” in the H a n d b o o k o f M e th o d s ,
Bulletin 2134-1 (Bureau of Labor Statistics, 1982), and the following
M o n th ly L a b o r R e v ie w articles: “Employment Cost Index: a measure of
change in the ‘price of labor’,” July 1975; “How benefits will be incorpo­
rated into the Employment Cost Index,” January 1978; “Estimation proce­
dures for the Employment Cost Index,” May 1982; and “Introducing new
weights for the Employment Cost Index,” June 1985.
Data on the e c i are also available in b ls quarterly press releases issued
in the month following the reference months of March, June, September,
and December; and from the H a n d b o o k o f L a b o r S ta tis tic s , Bulletin 2217
(Bureau of Labor Statistics, 1985).

Care should be exercised in comparing the size and nature of the settle­
ments in State and local government with those in the private sector because
of differences in bargaining practices and settlement characteristics. A
principal difference is the incidence of cost-of-living adjustment ( c o l a )
clauses which cover only about 2 percent of workers under a few local
government settlements but cover 50 percent of workers under private
sector settlements. Agreements without c o l a ’ s tend to provide larger speci­
fied wage increases than those with c o l a ’ s . Another difference is that State
and local government bargaining frequently excludes pension benefits
which are often prescribed by law. In the private sector, in contrast,
pensions are typically a bargaining issue.

Notes on the data

Collective bargaining settlements

Additional sources of information

Description of the series
Collective bargaining settlements data provide statistical measures of
negotiated adjustments (increases, decreases, and freezes) in compensation

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For a more detailed discussion on the series, see chapter 10, “Negotiated
Wage and Benefit Changes,” of the bls H a n d b o o k o f M e th o d s , Bulletin
2134-1. Comprehensive data are published in press releases issued quar­
terly (in January, April, July, and October) for private industry, and semi-

annually (in February and August) for State and local government. Histor­
ical data and additional detailed tabulations for the prior calendar year
appear in the April issue of the BLS monthly periodical, Current Wage

monthly periodical, Current Wage Developments . Historical data appear in
the bls Handbook o f Labor Statistics.

Other compensation data

Developments.

Work stoppages
Description of the series
Data on work stoppages measure the number and duration of major
strikes or lockouts (involving 1,000 workers or more) occurring during the
month (or year), the number of workers involved, and the amount of time
lost because o f stoppage.
Data are largely from newspaper accounts and cover only establishments
directly involved in a stoppage. They do not measure the indirect or second­
ary effect o f stoppages on other establishments whose employees are idle
owing to material shortages or lack of service.

Definitions
Number of stoppages: The number of strikes and lockouts involving
1,000 workers or more and lasting a full shift or longer.
Workers involved: The number of workers directly involved in the
stoppage.
Number of days idle: The aggregate number of work days lost by
workers involved in the stoppages:
Days of idleness as a percent of estimated working time: Aggregate
work days lost as a percent of the aggregate number o f standard work days
in the period multiplied by total employment in the period.

Notes on the data
This series is not comparable with the one terminated in 1981 that
covered strikes involving six workers or more.

Additional sources of information
Data for each calendar year are reported in a b l s press release issued in
the first quarter o f the following year. Monthly data appear in the b l s

Other BLS data on pay and benefits, not included in the Current Labor
Statistics section of the Monthly Labor Review, appear in and consist o f the
following:
Industry Wage Surveys provide data for specific occupations selected to
represent an industry’s wage structure and the types of activities performed
by its workers. The Bureau collects information on weekly work schedules,
shift operations and pay differentials, paid holiday and vacation practices,
and information on incidence of health, insurance, and retirement plans.
Reports are issued throughout the year as the surveys are completed.
Summaries o f the data and special analyses also appear in the Monthly

Labor Review.
Area Wage Surveys annually provide data for selected office, clerical,
professional, technical, maintenance, toolroom, powerplant, material
movement, and custodial occupations common to a wide variety o f indus­
tries in the areas (labor markets) surveyed. Reports are issued throughout
the year as the surveys are completed. Summaries o f the data and special
analyses also appear in the Review.

The National Survey o f Professional, Administrative, Technical, and
Clerical Pay provides detailed information annually on salary levels and
distributions for the types of jobs mentioned in the survey’s title in private
employment. Although the definitions of the jobs surveyed reflect the
duties and responsibilities in private industry, they are designed to match
specific pay grades of Federal white-collar employees under the General
Schedule pay system. Accordingly, this survey provides the legally re­
quired information for comparing the pay of salaried employees in the
Federal civil service with pay in private industry. (See Federal Pay Com­
parability Act o f 1970, 5 u.s.c. 5 3 0 5 .) Data are published in a b l s news
release issued in the summer and in a bulletin each fall; summaries and
analytical articles also appear in the Review.
Employee Benefits Survey provides nationwide information on the inci­
dence and characteristics o f employee benefit plans in medium and large
establishments in the United States, excluding Alaska and Hawaii. Data are
published in an annual b l s news release and bulletin, as well as in special
articles appearing in the Review.

PRICE DATA
(Tables 30-41)

PRICE DATA are gathered by the Bureau of Labor Statistics from retail and
primary markets in the United States. Price indexes are given in relation to a base
period (1967 = 100, unless otherwise noted).

Consumer Price Indexes
Description of the series
The Consumer Price Index ( c p i ) is a measure of the average change in
the prices paid by urban consumers for a fixed market basket of goods and
services. The c p i is calculated monthly for two population groups, one
consisting only o f urban households whose primary source of income is
derived from the employment o f wage earners and clerical workers, and the
other consisting o f all urban households. The wage earner index ( c p i - w ) is
a continuation o f the historic index that was introduced well over a halfcentury ago for use in wage negotiations. As new uses were developed for
the c p i in recent years, the need for a broader and more representative index
became apparent. The all urban consumer index ( c p i - u ) introduced in 1978
is representative o f the 1972-73 buying habits of about 80 percent of the
noninstitutional population of the United States at that time, compared with
40 percent represented in the c p i - w . In addition to wage earners and clerical


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w o r k e r s , th e

c p i- u

c o v e r s p r o f e s s io n a l, m a n a g e r ia l, a n d t e c h n ic a l w o r k e r s ,

th e s e lf - e m p lo y e d , sh o r t-te r m w o r k e r s , th e u n e m p lo y e d , r e tir e e s , a n d o t h ­
e r s n o t in t h e l a b o r f o r c e .

The c p i is based on prices of food, clothing, shelter, fuel, drugs, trans­
portation fares, doctors’ and dentists’ fees, and other goods and services
that people buy for day-to-day living. The quantity and quality o f these
items is kept essentially unchanged between major revisions so that only
price changes will be measured. All taxes directly associated with the
purchase and use o f items are included in the index.
Data collected from more than 24,000 retail establishments and 24,000
tenants in 85 urban areas across the country are used to develop the “U .S.
city average.” Separate estimates for 28 major urban centers are presented
in table 31. The areas listed are as indicated in footnote 1 to the table. The
area indexes measure only the average change in prices for each area since
the base period, and do not indicate differences in the level of prices among
cities.

Notes on the data
In January 1983, the Bureau changed the way in which homeownership
costs are measured for the c p i - u . A rental equivalence method replaced the

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MONTHLY LABOR REVIEW March 1986

• Current Labor Statistics

asset-price approach to homeownership costs for that series. In January
1985, the same change was made in the c p i - w . The central purpose of the
change was to separate shelter costs from the investment component of
homeownership so that the index would reflect only the cost of shelter
services provided by owner-occupied homes.

Additional sources of information
For a discussion o f the general method for computing the

c p i,

see

manufacturing sectors; a shift from a commodity to an industry orientation;
the exclusion of imports from, and the inclusion of exports in, the survey
universe; and the respecification of commodities priced to conform to
Bureau of the Census definitions. These and other changes have been
phased in gradually since 1978. The result is a system of indexes that is
easier to use in conjunction with data on wages, productivity, and employ­
ment and other series that are organized in terms of the Standard Industrial
Classification and the Census product class designations.

bls

Handbook o f Methods, Volume II, The Consumer Price Index, Bulletin
21 3 4 -2 (Bureau o f Labor Statistics, April 1984). The recent change in the
measurement o f homeownership costs is discussed in Robert Gillingham
and Walter Lane, “Changing the treatment of shelter costs for homeowners
in the c p i , ” Monthly Labor Review, June 1982, pp. 9 -1 4 .
Additional detailed c p i data and regular analyses of consumer price
changes are provided in the cpi Detailed Report, a monthly publication of
the Bureau. Historical data for the overall c p i and for selected groupings
may be found in the Handbook o f Labor Statistics, Bulletin 2217 (Bureau
o f Labor Statistics, June 1985).

Producer Price Indexes

measure average changes in prices re­
ceived in primary markets of the United States by producers of commodi­
ties in all stages o f processing. The sample used for calculating these
indexes currently contains about 3,200 commodities and about 60,000
quotations per month selected to represent the movement of prices of all
commodities produced in the manufacturing, agriculture, forestry, fishing,
mining, gas and electricity, and public utilities sectors. The stage of proc­
essing structure o f Producer Price Indexes organizes products by class of
buyer and degree of fabrication (that is, finished goods, intermediate
goods, and crude materials). The traditional commodity structure of p p i
organizes products by similarity of end-use or material composition.
To the extent possible, prices used in calculating Producer Price Indexes
apply to the first significant commercial transaction in the United States
from the production or central marketing point. Price data are generally
collected monthly, primarily by mail questionnaire. Most prices are ob­
tained directly from producing companies on a voluntary and confidential
basis. Prices generally are reported for the Tuesday of the week containing
the 13th day o f the month.
Since January 1976, price changes for the various commodities have
been averaged together with implicit quantity weights representing their
importance in the total net selling value of all commodities as of 1972. The
detailed data are aggregated to obtain indexes for stage-of-processing
groupings, commodity groupings, durability-of-product groupings, and a
number o f special composite groups. All Producer Price Index data are
subject to revision 4 months after original publication.
( p p i)

Notes on the data
Beginning with the January 1986 issue, the Review is no longer present­
ing tables o f Producer Price Indexes for commodity groupings, special
composite groups, or sic industries. However, these data will continue to
be presented in the Bureau’s monthly publication Producer Price Indexes.
Series on the net output of major mining and manufacturing industry groups
will appear in the Review starting with data for July 1986.
The Bureau has completed the first major stage of its comprehensive
overhaul o f the theory, methods, and procedures used to construct the
Producer Price Indexes. Changes include the replacement of judgment
sampling with probability sampling techniques; expansion to systematic
coverage o f the net output of virtually all industries in the mining and

56

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For a discussion of the methodology for computing Producer Price In­
dexes, see bls Handbook o f Methods , Bulletin 2134-1 (Bureau of Labor
Statistics, 1982), chapter 7.
Additional detailed data and analyses of price changes are provided
monthly in Producer Price Indexes. Selected historical data may be found
in the Handbook o f Labor Statistics, Bulletin 2217 (Bureau of Labor
Statistics, June 1985).

International Price Indexes
Description of the series

Description of the series
Producer Price Indexes

Additional sources of information

The b l s International Price Program produces quarterly export and
import price indexes for nonmilitary goods traded between the United
States and the rest of the world. The export price index provides a measure
of price change for all products sold by U .S. residents to foreign buyers.
(“Residents” is defined as in the national income accounts: it includes
corporations, businesses, and individuals but does not require the organiza­
tions to be U .S. owned nor the individuals to have U .S. citizenship.) The
import price index provides a measure of price change for goods purchased
from other countries by U .S. residents. With publication of an all-import
index in February 1983 and an all-export index in February 1984, all U .S.
merchandise imports and exports now are represented in these indexes. The
reference period for the indexes is 1977 = 100, unless otherwise indicated.
The product universe for both the import and export indexes includes raw
materials, agricultural products, semifinished manufactures, and finished
manufactures, including both capital and consumer goods. Price data for
these items are collected quarterly by mail questionnaire. In nearly all
cases, the data are collected directly from the exporter or importer, al­
though in a few cases, prices are obtained from other sources.
To the extent possible, the data gathered refer to prices at the U .S. border
for exports and at either the foreign border or the U .S. border for imports.
For nearly all products, the prices refer to transactions completed during the
first 2 weeks of the third month of each calendar quarter— March, June,
September, and December. Survey respondents are asked to indicate all
discounts, allowances, and rebates applicable to the reported prices, so that
the price used in the calculation of the indexes is the actual price for which
the product was bought or sold.
In addition to general indexes of prices for U .S. exports and imports,
indexes are also published for detailed product categories of exports and
imports. These categories are defined by the 4- and 5-digit level of detail
of the Standard Industrial Trade Classification System ( s i t c ) . The calcula­
tion of indexes by s i t c category facilitates the comparison of U .S. price
trends and sector production with similar data for other countries. Detailed
indexes are also computed and published on a Standard Industrial Classifi­
cation (sic-based) basis, as well as by end-use class.

Notes on the data
The export and import price indexes are weighted indexes o f the
Laspeyeres type. Price relatives are assigned equal importance within each
weight category and are then aggregated to the s i t c level. The values
assigned to each weight category are based on trade value figures compiled

by the Bureau of the Census. The trade weights currently used to compute
both indexes relate to 1980.
Because a price index depends on the same items being priced from
period to period, it is necessary to recognize when a product’s specifica­
tions or terms of transaction have been modified. For this reason, the
Bureau’s quarterly questionnaire requests detailed descriptions of the phys­
ical and functional characteristics of the products being priced, as well as
information on the number of units bought or sold, discounts, credit terms,
packaging, class o f buyer or seller, and so forth. When there are changes
in either the specifications or terms of transaction of a product, the dollar
value o f each change is deleted from the total price change to obtain the
“pure” change. Once this value is determined, a linking procedure is
employed which allows for the continued repricing of the item.
For the export price indexes, the preferred pricing basis is f.a.s. (free
alongside ship) U .S. port of exportation. When firms report export prices
f.o.b. (free on board), production point information is collected which
enables the Bureau to calculate a shipment cost to the port of exportation.

An attempt is made to collect two prices for imports. The first is the import
price f.o.b. at the foreign port of exportation, which is consistent with the
basis for valuation of imports in the national accounts. The second is the
import price c.i.f. (cost, insurance, and freight) at the U .S. port of impor­
tation, which also includes the other costs associated with bringing the
product to the U .S. border. It does not, however, include duty charges.

Additional sources of information
For a discussion of the general method of computing International Price
Indexes, see bls Handbook o f Methods , Bulletin 2134-1 (Bureau o f Labor
Statistics, 1982), chapter 8.
Additional detailed data and analyses of international price develop­
ments are presented in the Bureau’s quarterly publication U.S. Import and
Export Price Indexes and in occasional Monthly Labor Review articles
prepared by b l s analysts. Selected historical data may be found in the
Handbook o f Labor Statistics, Bulletin 2217 (Bureau of Labor Statistics,
June 1985).

PRODUCTIVITY DATA
(Tables 42-47)
U. S. productivity and related data
Description of the series
The productivity measures relate real physical output to real input. As
such they encompass a family of measures which include single factor input
measures, such as output per unit of labor input (output per hour) or output
per unit o f capital input, as well as measures of multifactor productivity
(output per unit of labor and capital inputs combined). The Bureau indexes
show the change in output relative to changes in the various inputs. The
measures cover the business, nonfarm business, manufacturing, and nonfinancial corporate sectors.
Corresponding indexes of hourly compensation, unit labor costs, unit
nonlabor payments, and prices are also provided.

Unit profits include corporate profits and the value of inventory adjust­
ments per unit of output.
Hours of all persons are the total hours paid of payroll workers, selfemployed persons, and unpaid family workers.
Capital services is the flow of services from the capital stock used in
production. It is developed from measures of the net stock o f physical
assets— equipment, structures, land, and inventories— weighted by rental
prices for each type of asset.
Labor and capital inputs combined are derived by combining changes
in labor and capital inputs with weights which represent each component’s
share of total output. The indexes for capital services and combined units
of labor and capital are based on changing weights which are averages of
the shares in the current and preceding year (the Tomquist index-number
formula).

Notes on the data
Definitions
Output per hour of all persons (labor productivity) is the value of
goods and services in constant prices produced per hour of labor input.
Output per unit of capital services (capital productivity) is the value of
goods and services in constant dollars produced per unit of capital services
input.
Multifactor productivity is the ratio output per unit of labor and capital
inputs combined. Changes in this measure reflect changes in a number of
factors which affect the production process such as changes in technology,
shifts in the composition of the labor force, changes in capacity utilization,
research and development, skill and efforts of the work force, manage­
ment, and so forth. Changes in the output per hour measures reflect the
impact o f these factors as well as the substitution of capital for labor.
Compensation per hour is the wages and salaries o f em ployees plus
em ployers’ contributions for social insurance and private benefit
plans, and the wages, salaries, and supplementary payments for the
self-em ployed (except for nonfinancial corporations in which there are
no self-em ployed)— the sum divided by hours paid for. Real compen­
sation per hour is com pensation per hour deflated by the change in the
Consum er Price Index for A ll Urban Consum ers.
Unit labor costs is the labor compensation costs expended in the produc­
tion o f a unit of output and is derived by dividing compensation by output.
Unit nonlabor payments include profits, depreciation, interest, and indi­
rect taxes per unit o f output. They are computed by subtracting compensa­
tion o f all persons from current dollar value o f output and dividing by
output. Unit nonlabor costs contain all the components of unit nonlabor
payments except unit profits.


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Output measures for the business sector and the nonfarm businesss sector
exclude the constant dollar value of owner-occupied housing, rest o f world,
households and institutions, and general government output from the con­
stant dollar value of gross national product. The measures are derived from
data supplied by the Bureau of Economic Analysis, U .S. Department of
Commerce, and the Federal Reserve Board. Quarterly manufacturing out­
put indexes are adjusted by the Bureau of Labor Statistics to annual esti­
mates of output (gross product originating) from the Bureau o f Economic
Analysis. Compensation and hours data are developed from data o f the
Bureau of Labor Statistics and the Bureau of Economic Analysis.
The productivity and associated cost measures in tables 4 2 -4 4 describe
the relationship between output in real terms and the labor time and capital
services involved in its production. They show the changes from period to
period in the amount of goods and services produced per unit o f input.
Although these measures relate output to hours and capital services, they
do not measure the contributions of labor, capital, or any other specific
factor of production. Rather, they reflect the joint effect o f many influ­
ences, including changes in technology; capital investment; level o f output;
utilization of capacity, energy, and materials; the organization o f produc­
tion; managerial skill; and the characteristics and efforts of the work force.

Additional sources of information
Descriptions of methodology underlying the measurement o f output per
hour and multifactor productivity are found in the BLS Handbook o f Meth­
ods , Bulletin 2134, Vol. 1, Chapter 13 (Bureau of Labor Statistics, 1982).
Historical data for selected industries are provided in the Bureau’s Hand­
book o f Labor Statistics , Bulletin 2217, 1985.

57

MONTHLY LABOR REVIEW M arch 1986

• Current Labor Statistics

International comparisons

the United Kingdom). Self-employed workers are included in the U .S. and
Canadian figures by assuming that their hourly compensation is equal to the
average for wage and salary employees.

Description of the series
Comparative measures of labor force, employment, and unemployment'
(tables 45 and 46) are prepared regularly for the United States, Canada,
Australia, Japan, France, Germany, Great Britain, Italy, the Netherlands,
and Sweden. Unemployment rates, approximating U .S. concepts, are pre­
pared monthly for most of the countries; the other measures, annually.
The Bureau o f Labor Statistics also prepares international comparisons
o f manufacturing labor productivity and labor costs (table 47) that cover the
United States and 11 foreign countries— those listed above plus Belgium
and Norway. These measures are limited to trend comparisons; that is,
intercountry series o f changes over time, rather than level comparisons
because reliable international comparisons o f the levels of manufacturing
are unavailable. The U .S. measures are described in the notes on U.S.
productivity measurement; the measures for foreign countries are compiled
from various national and international data sources.

Definitions
Output measures are constant value output (value added) from the
national accounts o f each country, except for those for Japan prior to 1970
and for the Netherlands for 1969 forward, which are indexes of industrial
production. The national accounting methods for measuring real output
differ considerably among the 12 countries, but the use of different proce­
dures does not, in itself, connote lack of comparability— rather, it reflects
differences among countries in the availability and reliability of underlying
data series.
Hours and compensation measures refer to all employed persons in­
cluding the self-employed in the United States and Canada, and to all wage
and salary employees in the other countries. Hours refer to hours paid in
the United States, hours worked in the other countries. Compensation
(labor costs) includes not only all payments made directly to employees
and employer expenditures for social insurance and private benefit plans,
but changes in significant employment or payroll taxes that are not compen­
sation to employees but are labor costs to employers (France, Sweden, and

Notes on the data
The data for the foreign countries in tables 45 and 46 have been adjusted,
where necessary, for greater comparability with U .S. definitions of em­
ployment and unemployment. The adjusted statistics have been adapted to
the age at which compulsory schooling ends in each country. Therefore, the
adjusted statistics relate to the civilian population age 16 and over in the
United States, France, and Sweden, and from 1973 onward, Great Britain;
15 and over in Canada, Australia, Japan, Germany, and the Netherlands;
and 14 and over in Italy. Prior to 1973, the data for Great Britain related
to persons age 15 and over. The institutional population is included in the
denominator o f the labor force participation rates and employmentpopulation rates for Japan and Germany.
For most of the countries in table 47, the measures refer to total manu­
facturing as defined by the International Standard Industrial Classification.
However, the measures for France (beginning 1959), Italy (beginning
1970), and the United Kingdom (beginning 1976) refer to manufacturing
and mining less energy-related products. For all countries, manufacturing
includes the activities of government enterprises.
In addition, for all countries, preliminary estimates for recent years are
generally based on current indicators of manufacturing output, employment
and hours, and hourly compensation until national accounts and other
statistics used for the long-term measures become available.

Additional sources of information
For further information, see International Comparisons o f Unemploy­
m ent , Bulletin 1979 (Bureau of Labor Statistics, 1978), Appendix B and
Supplements to Appendix B. Additional detail is also found in the

b ls

Handbook o f M ethods , Bulletin 2134, Vol. 1, Chapter 16. Additional
international comparison statistics are available in the Handbook o f Labor
Statistics ( b l s Bulletin 2217, 1985). The most recent statistics are pre­
sented and analyzed annually in the Monthly Labor Review , typically in
the December issue (for the previous year) and in February.

OCCUPATIONAL INJURY AND ILLNESS DATA
(Table 48)
Description of the series
The Annual Survey o f Occupational Injuries and Illnesses is designed to
collect data on injuries and illnesses based on records which employers in
the following industries maintain under the Occupational Safety and Health
Act o f 1970: agriculture, forestry, and fishing; oil and gas extraction;
construction; manufacturing; transportation and public utilities; wholesale
and retail trade; finance, insurance, and real estate; and services. Excluded
from the survey are self-employed individuals, farmers with fewer than 11
employees, employers regulated by other Federal safety and health laws,
and Federal, State, and local government agencies.
Because the survey is a Federal-State cooperative program and the data
must meet the needs o f participating State agencies, an independent sample
is selected for each State. The sample is selected to represent all private
industries in the States and territories. The sample size for the survey is
dependent upon (1) the characteristics for which estimates are
needed; (2) the industries for which estimates are desired; (3) the charac­
teristics o f the population being sampled; (4) the target reliability of the
estimates; and (5) the survey design employed.
While there are many characteristics upon which the sample design could
be based, the total recorded case incidence rate is used because it is one of
the most important characteristics and the least variable; therefore, it re­
quires the smallest sample size.
The survey is based on stratified random sampling with a Neyman

Digitized for 58
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allocation and a ratio estimator. The characteristics used to stratify the
establishments are the Standard Industrial Classification (sic) code and size
of employment.

Definitions
Recordable occupational injuries and illnesses are: (1) occupational
deaths, regardless of the time between injury and death, or the length o f the
illness; or (2) nonfatal occupational illnesses; or (3) nonfatal occupational
injuries which involve one or more of the following: loss of consciousness,
restriction of work or motion, transfer to another job, or medical treatment
(other than first aid).
Occupational injury is any injury such as a cut, fracture, sprain, ampu­
tation, etc., which results from a work accident or from exposure involving
a single incident in the work environment.
Occupational illness is an abnormal condition or disorder, other than
one resulting from an occupational injury, caused by exposure to environ­
mental factors associated with employment. It includes acute and chronic
illnesses or disease which may be caused by inhalation, absorption, inges­
tion, or direct contact.
Lost workday cases are cases which involve days away from work, or
days o f restricted work activity, or both.
Lost workday cases involving restricted work activity are those cases
which result in restricted work activity only.
Lost workdays away from work are the number of workdays (consec­
utive or not) on which the employee would have worked but could not

because o f occupational injury or illness.

Lost workdays— restricted work activity are the number of workdays
(consecutive or not) on which, because of injury or illness: (1) the em­
ployee was assigned to another job on a temporary basis; or (2) the em­
ployee worked at a permanent job less than full time; or (3) the employee
worked at a permanently assigned job but could not perform all duties
normally connected with it.

The number of days away from work or days of restricted work
activity does not include the day of injury or onset of illness or any days

of Occupational Safety and Health Statistics.
M ining and railroad data are furnished to b l s by the Mine Safety and
Health Administration and the Federal Railroad Administration, respec­
tively. Data from these organizations are included in b l s and State publica­
tions. Federal employee experience is compiled and published by the Occu­
pational Safety and Health Administration. Data on State and local
government employees are collected by about half of the States and territo­
ries; these data are not compiled nationally.

on which the employee would not have worked even though able to work.
Incidence rates represent the number of injuries and/or illnesses or lost

Additional sources of information

workdays per 100 full-time workers.

The Supplementary Data System provides detailed information describ­
ing various factors associated with work-related injuries and illnesses.
These data are obtained from information reported by employers to State
workers’ compensation agencies. The Work Injury Report program exam­
ines selected types of accidents through an employee survey which focuses
on the circumstances surrounding the injury. These data are not included
in the Handbook o f Labor Statistics but are available from the b l s Office
of Occupational Safety and Health Statistics.
The definitions of occupational injuries and illnesses and lost workdays
are from Recordkeeping Requirements under the Occupational Safety and
Health Act o f 1970 . For additional data, see Occupational Injuries and
Illnesses in the United States, by Industry , annual Bureau of Labor Statis­
tics bulletin; b l s Handbook o f Methods , Bulletin 2134-1 (Bureau o f Labor
Statistics, 1982), ch. 17; Handbook o f Labor Statistics, Bulletin 2217
(Bureau of Labor Statistics, 1985), pp. 411-14; annual reports in the
Monthly Labor Review; and annual U .S. Department of Labor press re­

Notes on the data
Estimates are made for industries and employment-size classes and for
severity classification: fatalities, lost workday cases, and nonfatal cases
without lost workdays. Lost workday cases are separated into those where
the employee would have worked but could not and those in which work
activity was restricted. Estimates of the number of cases and the number of
days lost are made for both categories.
Most o f the estimates are in the form of incidence rates, defined as the
number o f injuries and illnesses, or lost workdays, per 100 full-time em­
ployees. For this purpose, 200,000 employee hours represent 100 em­
ployee years (2,000 hours per employee). Only a few of the available
measures are included in the Handbook o f Labor Statistics . Full detail is
presented in the annual bulletin, Occupational Injuries and Illnesses in the

United States, by Industry.
Comparable data for individual States are available from the


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Federal Reserve Bank of St. Louis

bls

Office

leases.

59

MONTHLY LABOR REVIEW M arch 1986

•

Current Labor Statistics: Comparative Indicators

1. Labor market indicators
1984
Selected indicators

1984

1985

1985
I

II

III

IV

I

II

III

IV

Employment data
Employment status of the civilian noninstitutionalized population
(household survey )1
Labor Force participation r a te .............................................................
Employment-population r a tio ...............................................................
Unemployment rate ..............................................................................
M e n .......................................................................................................
16 to 24 years .................................................................................
25 years and o v e r ...........................................................................
Women .................................................................................................
16 to 24 years ..................................................................................
25 years and o v e r ...........................................................................
Unemployment rate, 15 weeks and o v e r .......................................

64.4

64.8

64.1

64.5

64.4

64.5

64.8

64.7

64.7

59.5

60.1

59.0

59.6

59.7

59.8

60.1

60.0

60.1

7.5
7.4
14.4
5.7
7.6
13.3

7.9
7.9
15.0

7.5
7.4
14.3
5.7
7.6

7.4
7.3
14.5
5.5
7.6

7.2
7.1
13.8
5.4
7.5

7.3
7.1
14.1
5.4
7.6

7.3
7.1
14.2
5.4
7.5

7.2
7.0
14.0
5.3
7.4

6.0

7.2
7.0
14.1
5.3
7.4
13.0
5.9

5.9

2.0

2.7

5.9
2.5

6.0

2.4

2.3

2.1

6.0
2.0

6.0
2.0

2.0

5.5
1.9

Total ...........................................................................................................
Private se cto r..................................................................................
G oods-producing....................................................................................
Manufacturing ......................................................................................
Service-producing ..................................................................................

94,461
78,477
24,730
19,412
69,731

97,698
81,403
25,056
19,426
72,642

91,804
75,932
23,938
18,885
67,866

94,013
78,082
24,680
19,394
69,333

94,915
78,898
24,861
19,509
70,055

95,849
79,745
24,973
19,564
70,876

96,640
80,522
25,077
19,564
71,563

97,338
81,143
25,055
19,430
72,283

97,967
81,588
24,986
19,331
72,981

98,810
82,316
25,095
19,383
73,715

Average hours
Private sector .........................................................................................
Manufacturing ...................................................................................
O vertim e...........................................................................................

35.3
40.7

35.1
40.5

6.1
7.9
-

-

6.1

-

-

-

-

64.9
60.4
7.0
6.9
14.0
5.2
7.2
-

5.9

Employment, nonagricultural (payroll data ):1 4

-

-

-

-

-

•-

-

35.1
40.8
3.5

-

-

3.5

3.5

3.5

3.6

3.4

3.3

3.2

-

-

1.2

1.3

.7

1.6

-

1.7
1.7

1.3

-

1.2

.8

1.3

-

1.6

.8
.9

1.3

-

1.1

1.5

.7

1.4

1.0
1.2

1.0
.2

.6
1.8
3.4

.6
1.0

.8

.5

1.4

.6

Employment Cost Index
Percent change in the ECI, compensation :2
All workers (excluding farm, household, and Federal workers) ......
Private industry workers .....................................................................
Goods-producing 3 ............................................................................
Servicing-producing 3 .......................................................................
State and local government w o rk e rs ................................................

-

-

1.9

.8
.9
.9
1.0

-

-

1.6

.4

.7
3.5

Workers by bargaining status (private industry)
U n io n ......................................................................................................
Nonunion ...............................................................................................

-

-

1.5

1.1

.7

“

1.8

.9
1.0

.7

“

.9

1.3

1.6

1 Quarterly data seasonally adjusted.
2 Annual changes are December-to-December change. Quarterly changes calculated
using the last month of each quarter.

3 Goods-producing industries include mining, construction, and manufacturing. aervice-

60

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Federal Reserve Bank of St. Louis

1.0

producing industries include all other private sector industries.
- Data not available.
4 Data for 1985 and 4th quarter 1985 are preliminary.

.6
.6
.6
.5
.7

2. Annual and quarterly percent changes in compensation, prices, and productivity
1985

1984
Selected measures

1984

1985
IV

III

II

I

IV

III

II

I
Compensation data: 1, 2
Employment Cost Index-Compensation (wages, salaries,
benefits)

1.3

1.2

1.3

0.7

1.6

_

1.7
1.7

0.8

_

.9

.8

1.3

1.2

.8

1.3

0.6
.6

1.3

.9

.8

1.2
1.2

1.2
1.2

.9

_

1.2
1.2

.8

_

1.1

1.7
1.3

.6
.6

-

-

Employment Cost Index-W ages and Salaries

Price data1
Consumer Price Index (All urban consumers): All ite m s ......

-

-

-

-

-

-

-

-

Producer Price Index
_

_

_

_

_

_
_

_

_

_

Productivity data
Output per hour of all persons:

2.1
1.6
2.1

.2
-2
-1

5.1
3.6
4.7

1 Annual changes are December-to-December change. Quarterly changes
are calculated using the last month of each quarter.
2 Excludes Federal and private household workers.

3.

2.5

-.8

2.2
2.1

-1.3
-2.3

.8
.2
-.2

1.0
1.0
.1

-.3
-1.3
-1.1

-3.1
-3.1

1.6
.4

2.8

-

3 Output per hour of all employees,
-

Data not available.

Alternative measures of wage and compensation changes
Four quarters ended in -

Quarterly average
Components

Average hourly compensation :1
All persons, business s e c to r.................................................
All employees, nonfarm business s e c to r...........................
Hourly earnings Index :2
All private nonfarm ..................................................................
Employment Cost Index-compensation:
Civilian nonfarm 3 ...................................................................
Private nonfarm ...................................................................
U n io n ...................................................................................
N onunion............................................................................
State and local governm ents.............................................
Employment Cost Index-wages and salaries:
Civilian nonfarm 3 ....................................................................
Private nonfarm ...................................................................
U n io n ...................................................................................
N onunion.............................................................................
State and local governments .............................................
Total effective wage adjustments 4 .............................................
From current settle m en ts......................................................
From prior se ttle m e n ts ..........................................................
From cost-of-living provision.................................................
Negotiated wage adjustments from settlements 4
First-year adju stm ents...........................................................
Annual rate over life of c o n tra c t.........................................
Negotiated wage and benefit adjustments from settlements :1
First-year a d ju s tm e n t.............................................................
Annual rate over life of c o n tra c t.........................................

1
2
3
4

III

-

-

-

.3

1.2

1.3

0.7

1.6

.8

1.3

1.2

1.3

0.6
.6

.7
.9
.5

1.1

.7

1.3

1.0

1.6
1.2

.8
.6
1.0
.2

.3

1.2
1.2

1.2
1.2

.9
1.3

.7
1.4

.8
.7

.8

.9

1.1
1.1
1.1
.2
.8
.2

.4

.8

.2
.2

.7
.3

.7
.3

.2
.2

1.0
.8
.1
.6
.1

.1
.6

2.3
1.5

3.3
3.2

.7

3.7

1.1

2.0

3.6
2.7

3.5
3.4

II

III

IV

-

-

-

-

4.8
4.4
3.5
4.9
6.3

4.6
4.2
3.1
4.9

4.9
4.7
3.2
5.4

4.3
3.9

6.1

6.0

4.6
5.7

4.4
4.1
3.0
4.6
5.6
3.6
.7

5.0
4.8
3.6
5.4
5.6
3.5
.9

4.4
4.1
3.1
4.6
5.6
3.3
.7

1.8
.8

1.8
.8

I

III

IV

-

-

5.2
4.9
4.3
5.2

-

-

Seasonally adjusted.
Production or nonsupervisory workers.
Excludes Federal and household workers.
Limited to major collective bargaining units of 1,000 workers or more. The


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Federal Reserve Bank of St. Louis

IV

II

I

IV

1985

1984

1985

1984

.8

.5

1.4
3.4

.6

5.1
4.8
4.1
5.2

.7

6.6

6.6

1.7
1.3
.9
1.5
3.5

.6
.6

.5

4.3
4.1
3.3
4.5
5.8
4.2

4.5
4.1
3.4
4.5
5.9
3.7

1.0
2.1
1.2

.8
2.0
.9

.7

4.5
4.3
3.4
4.8
5.5
3.5
.9
1.9
.7

2.4
2.4

2.4
2.3

2.4
2.4

2.4
2.5

2.3
2.7

3.6

3.4

2.6

3.5
2.7

3.1
2.7

-

2.8

.5

.6
.8

.5

1.2
.2
.6

.1

.4

.2
.2
.1

2.5

2.0

2.1

3.2

2.8

3.1

1.9

2.8

2.0

2.0

3.0

1.4

4.2
3.2

2.2

2.6

2.8

most recent data are preliminary.
5 Limited to major collective bargaining units of 5,000 workers or more. The
most recent data are preliminary.
- Data not available.

61

MONTHLY LABOR REVIEW March 1986
4.

•

Current Labor Statistics Employment Data

Employment status of the total population, by sex, monthly data seasonally adjusted

(Number in thousands)
Annual average

1985

1986

Employment status
1984

1985

Jan.

Feb.

Mar.

Apr.

May

178,080
115,241
64.7
106,702

179,912
117,167
65.1
108,856

179,081
116,451
65.0
108,012

179,219
116,685
65.1
108,290

179,368
117,036
65.2
108,652

179,501
116,958
65.2
108,574

179,649
117,044
65.2
108,644

179,798
116,726
64.9
108,303

179,967
116,976
65.0
108,575

180,131
117,069
65.0
108,936

180,304
117,522
65.2
109,251

180,470
117,814
65.3
109,513

180,642
117,832
65.2
109,671

180,810
117,927
65.2
109,904

181,361
118,477
65.3
110,646

59.9
1,697
105,005
3,321
101,685
8,539
7.4
62,839

60.5
1,706
107,150
3,179
103,971
8,312
7.1
62,744

60.3
1,697
106,315
3,319
102,996
8,439
7.2
62,630

60.4
1,703
106,587
3,325
103,262
8,395
7.2
62,534

60.6
1,701
106,951
3,314
103,637
8,384
7.2
62,332

60.5
1,702
106,872
3,353
103,519
8,384
7.2
62,543

60.5
1,705
106,939
3,284
103,655
8,400
7.2
62,605

60.2
1,702
106,601
3,140
103,461
8,423
7.2
63,072

60.3
1,704
106,871
3,120
103,751
8,401
7.2
62,991

60.5
1,726
107,210
3,095
104,115
8,133
6.9
63,062

60.6
1,732
107,519
3,017
104,502
8,271
7.0
62,782

60.7
1,700
107,813
3,058
104,755
8,301
7.0
62,656

60.7
1,702
107,969
3,070
104,899
8,161
6.9
62,810

60.8
1,698
108,206
3,151
105,055
8,023

61.0
1,691
108,955
3,299
105,655
7,831

6.8

6.6

62,883

62,885

85,156
65,386
76.8
60,642

86,025
65,967
76.7
61,447

85,629
65,737
76.8
61,163

85,692
65,782
76.8
61,207

85,764
65,898
76.8
61,381

85,827
65,929
76.8
61,373

85,898

85,970
65,808
76.5
61,175

86,052
65,884
76.6
61,273

86,132
65,945
76.6
61,510

86,217
66,074
76.6
61,629

86,293
66,227
76.7
61,656

86,374
66,176
76.6
61,731

86,459
66,139
76.5
61,793

86,882
66,679
76.7
62,458

71.2
1,551
59,091
4,744
7.3

71.4
1,556
59,891
4,521
6.9

71.4
1,549
59,614
4,574
7.0

71.4
1,554
59,653
4,575
7.0

71.6
1,553
59,828
4,517
6.9

71.5
1,553
59,820
4,556
6.9

71.6
1,556
59,942
4,514

71.2
1,554
59,719
4,611
7.0

71.4
1,574
59,936
4,435
6.7

71.5
1,580
60,049
4,445
6.7

71.4
1,551
60,105
4,571
6.9

71.5
1,552
60,179
4,445
6.7

71.5
1,549
60,244
4,346

6.8

71.2
1,552
59,623
4,633
7.0

6.6

71.9
1,539
60,919
4,221
6.3

92,924
49,855
53.7
46,061

93,886
51,200
54.5
47,409

93,452
50,714
54.3
46,849

93,527
50,903
54.4
47,083

93,603
51,138
54.6
47,271

93,674
51,029
54.5
47,201

93,751
51,032
54.4
47,146

93,828
50,918
54.3
47,128

93,915
51,092
54.4
47,302

93,999
51,124
54.4
47,426

94,087
51,448
54.7
47,622

94,177
51,587
54.8
47,857

94,266
51,655
54.8
47,939

94,351
51,788
54.9
48,111

94,479
51,797
54.8
48,187

49.6
146
45,915
3,794
7.6

50.5
150
47,259
3,791
7.4

50.1
148
46,701
3,865
7.6

50.3
149
46,934
3,820
7.5

50.5
148
47,123
3,867
7.6

50.4
149
47,052
3,828
7.5

50.3
149
46,997
3,886
7.6

50.2
150
46,978
3,790
7.4

50.4
150
47,152
3,790
7.4

50.5
152
47,274
3,698
7.2

50.6
152
47,470
3,826
7.4

50.8
149
47,708
3,730
7.2

50.9
149
47,790
3,716
7.2

51.0
149
47,962
3,677
7.1

51.0
152
48,035
3,610
7.0

June

July

Aug.

Sept.

Oct.

Nov.

Dec.

Jan.

TOTAL
Noninstitutional population \ 2 .......
Labor force 2 .....................................
Participation rate 3 ..................
Total employed 2 ..........................
Employment-population
ratio 4 ......................................
Resident Armed Forces ’ .......
Civilian employed ......................
Agriculture ...............................
Nonagricultural industries.....
Unem ployed..................................
Unemployment rate 5 ............
Not in labor force ...........................

Men, 16 years and over
Noninstitutional population
2 .......
Labor force 2 .....................................
Participation rate 3 ..................
Total employed 2 ..........................
Employment-population
ratio 4 ......................................
Resident Armed Forces 1 .......
Civilian employed ......................
U nem ployed..................................
Unemployment rate 5 ............

66,012
76.8
61,498

Women, 16 years and over
Noninstitutional population ', 2 .......
Labor force 2 .....................................
Participation rate 3 ..................
Total employed 2 ...........................
Employment-population
ratio 4 ......................................
Resident Armed Forces 1 .......
Civilian employed ......................
Unem ployed..................................
Unemployment rate 5 ............

1 The population and Armed Forces figures are not adjusted for seasonal variation.
2 Includes members of the Armed Forces stationed in the United States.
3 Labor force as a percent of the noninstitutional population.

62

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Federal Reserve Bank of St. Louis

4 Total employed as a percent of the noninstitutional population.
5 Unemployment as a percent of the labor force (Including
Forces).

the resident Armed

5. Employment status of the civilian population, by sex, age, race and Hispanic origin, monthly data seasonally
adjusted
(Numbers in thousands)
1986

1985

Annual average
Employment status
Jan.

Feb.

Mar.

Apr.

May

June

July

Aug.

Sept.

Oct.

Nov.

Dec.

Jan.

1984

1985

176,383
113,544
64.4
105,005

178,206
115,461
64.8
107,150

177,384
114,754
64.7
106,315

177,516
114,982
64.8
106,587

177,667
115,335
64.9
106,951

177,799
115,256
64.8
106,872

177,944
115,339
64.8
106,939

178,096
115,024
64.6
106,601

178,263
115,272
64.7
106,871

178,405
115,343
64.7
107,210

178,572
115,790
64.8
107,519

178,770
116,114
65.0
107,813

178,940
116,130
64.9
107,969

179,112
116,229
64.9
108,206

179,670
116,786
65.0
108,955

59.5
8,539
7.5
62,839

60.1
8,312
7.2
62,744

59.9
8,439
7.4
62,630

60.0
8,395
7.3
62,534

60.2
8,384
7.3
62,332

60.1
8,384
7.3
62,543

60.1
8,400
7.3
62,605

59.9
8,423
7.3
63,072

60.0
8,401
7.3
62,991

60.1
8,133
7.1
63,062

60.2
8,271
7.1
62,782

60.3
8,301
7.1
62,656

60.3
8,161
7.0
62,810

60.4
8,023
6.9
62,883

60.6
7,831
6.7
62,885

76,219
59,701
78.3
55,769

77,195
60,277
78.1
56,562

76,760
59,997
78.2
56,231

76,829
60,037
78.1
56,274

76,904
60,154
78.2
56,411

76,988
60,165
78.1
56,390

77,068
60,240
78.2
56,544

77,135
60,246
78.1
56,384

77,243
60,158
77.9
56,403

77,306
60,269
78.0
56,636

77,389
60,407
78.1
56,751

77,498
60,526
78.1
56,849

77,566
60,553
78.1
56,897

77,651
60,548
78.0
56,982

78,101
61,212
78.4
57,706

73.2
2,418
53,351
3,932

73.3
2,278
54,284
3,715

73.2
2,368
53,906
3,763
6.3

73.4
2,329
54,082
3,743

73.4
2,352
54,192
3,696

73.3
2,231
54,405
3,633

73.3
2,171
54,580
3,656

73.4
2,188
54,661
3,677

73.4
54,687
3,656

6.1

73.1
2,260
54,124
3,862
6.4

73.0
2,230
54,173
3,755

6.2

73.2
2,358
54,032
3,775
6.3

6.2

6.0

6.1

6.1

6.0

73.4
2,278
54,704
3,566
5.9

73.9
2,349
55,356
3,507
5.7

TOTAL
Civilian noninstitutional
population 1 .......................................
Civilian labor fo rc e ..........................
Participation rate ....................
E m ploye d......................................
Employment-population
ratio 2 .......................................
U nem ployed..................................
Unemployment r a te ...............
Not In labor force ...........................

Men, 20 years and over
Civilian noninstitutional
population 1 .......................................
Civilian labor fo rc e ..........................
Participation rate ....................
Employed ......................................
Employment-population
ratio 2 .......................................
A g riculture..................................
Nonagricultural industries........
Unem ployed..................................
Unemployment r a te ...............

6.6

6.2

73.3
2,409
53,822
3,766
6.3

85,429
45,900
53.7
42,793

86,506
47,283
54.7
44,154

86,015
46,753
54.4
43,593

86,086
46,853
54.4
43,713

86,181
47,095
54.6
43,927

86,274
47,103
54.6
43,925

86,380
47,082
54.5
43,883

86,477
47,185
54.6
44,033

86,575
47,190
54.5
44,070

86,652
47,340
54.6
44,197

86,727
47,558
54.8
44,363

86,810
47,663
54.9
44,609

86,901
47,713
54.9
44,656

86,988
47,870
55.0
44,882

87,112
47,895
55.0
44,980

50.1
595
42,198
3,107

51.0
596
43,558
3,129

50.7
593
43,000
3,160

6.6

51.4
609
44,000
3,054
6.4

51.4
591
44,065
3,057
6.4

51.6
696
44,284
2,915

6.6

51.2
557
43,806
3,195
6.7

51.6
597
44,285
2,988

6.8

50.9
572
43,461
3,152
6.7

51.0
581
43,616
3,143

6.8

50.9
633
43,292
3,178
6.7

50.9
596
43,474
3,120

6.6

51.0
630
43,297
3,168
6.7

50.8
600
43,283
3,199

6.8

50.8
606
43,107
3,140
6.7

6.2

6.1

14,735
7,943
53.9
6,444

14,506
7,901
54.5
6,434

14,610
8,004
54.8
6,491

14,600
8,092
55.4
6,600

14,582
8,086
55.5
6,613

14,538
7,988
54.9
6,557

14,496
8,017
55.3
6,512

14,483
7,593
52.4
6,184

14,445
7,924
54.9
6,398

14,448
7,734
53.5
6,377

14,456
7,825
54.1
6,405

14,463
7,925
54.8
6,355

14,472
7,864
54.3
6,416

14,474
7,811
54.0
6,342

14,458
7,678
53.1
6,269

43.7
309
6,135
1,499
18.9

44.4
305
6,129
1,468
18.6

44.4
317
6,174
1,513
18.9

45.2
351
6,249
1,492
18.4

45.4
355
6,258
1,473
18.2

45.1
362
6,195
1,431
17.9

44.9
332
6,180
1,505
18.8

42.7
308
5,876
1,409
18.6

44.3
294
6,104
1,526
19.3

44.1
283
6,094
1,357
17.5

44.3
289
6,116
1,420
18.1

43.9
261
6,094
1,570
19.8

44.3
269
6,147
1,448
18.4

43.8
276
6,066
1,469
18.8

43.4
254
6,015
1,409
18.4

152,347
98,492
64.6
92,120

153,679
99,926
65.0
93,736

153,103
99,358
64.9
93,040

153,191
99,612
65.0
93,414

153,296
99,862
65.1
93,617

153,388
99,718
65.0
93,470

153,489
99,771
65.0
93,574

153,597
99,527
64.8
93,132

153,717
99,705
64.9
93,378

153,819
99,817
64.9
93,684

153,938
100,179
65.1
94,055

154,082
100,533
65.2
94,369

154,203
100,478
65.2
94,507

154,327
100,533
65.1
94,585

154,784
100,961
65.2
95,165

60.5
6,372
6.5

61.0
6,191

61.0
6,198

60.9
6,248
6.3

60.7
6,327
6.3

61.1
6,124

61.2
6,164

6.2

60.6
6,395
6.4

60.9
6,133

6.2

61.1
6,245
6.3

61.0
6,197

6.2

60.8
6,318
6.4

6.1

6.1

6.1

61.3
5,971
5.9

61.3
5,948
5.9

61.5
5,796
5.7

19,348
12,033
62.2
10,119

19,664
12,364
62.9
10,501

19,518
12,305
63.0
10,451

19,542
12,299
62.9
10,333

19,569
12,294
62.8
10,422

19,594
12,364
63.1
10,489

19,620
12,372
63.1
10,466

19,646
12,317
62.7
10,538

19,675
12,354
62.8
10,499

19,700
12,289
62.4
10,560

19,728
12,378
62.7
10,500

19,761
12,412
62.8
10,566

19,790
12,457
62.9
10,518

19,819
12,522
63.2
10,657

19,837
12,548
63.3
10,737

52.3
1,914
15.9

53.4
1,864
15.1

53.5
1,854
15.1

52.9
1,966
16.0

53.3
1,872
15.2

53.5
1,875
15.2

53.3
1,906
15.4

53.6
1,779
14.4

53.4
1,855
15.0

53.6
1,729
14.1

53.2
1,878
15.2

53.5
1,846
14.9

53.1
1,939
15.6

53.8
1,865
14.9

54.1
1,810
14.4

2,210

Women, 20 years ond over
Civilian noninstitutional
population 1 .......................................
Civilian labor fo rc e ..........................
Participation rate ....................
E m ploye d......................................
Employment-population
ratio 2 .......................................
A g riculture..................................
Nonagricultural industries........
Unem ployed..................................
Unemployment r a te ................

Both sexes, 16 to 19 years
Civilian noninstitutional
population 1 .......................................
Civilian labor fo rc e ..........................
Participation rate ....................
Employed ......................................
Employment-population
ratio 2 .......................................
A g riculture..................................
Nonagricultural industries........
Unem ployed..................................
Unemployment r a te ...............

White
Civilian noninstitutional
population 1 .......................................
Civilian labor fo rc e ..........................
Participation rate ....................
Employed ......................................
Employment-population
ratio 2 .......................................
Unem ployed..................................
Unemployment ra te ................

Black
Civilian noninstitutional
population 1 .......................................
Civilian labor fo rc e ..........................
Participation rate ....................
Employed ......................................
Employment-population
ratio 2 .......................................
U nem ployed..................................
Unemployment r a te ...............
See footnotes at end of table.


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Federal Reserve Bank of St. Louis

63

MONTHLY LABOR REVIEW

March 1986 • Current Labor Statistics: Em ploym ent Data

5. Continued— Employment status of the civilian population, by sex, age, race and Hispanic origin, monthly data seasonally
adjusted
(Numbers in thousands)
Annual average

1985

1986

Employment status
1984

1985

Jan.

Feb.

Mar.

Apr.

May

June

July

Aug.

Sept.

Oct.

Nov.

Dec.

Jan.

11,478
7,451
64.9
6,651

11,915
7,698
64.6

11,716
7,506
64.1
6,713

11,753
7,591
64.6
6,832

11,789
7,621
64.6
6,838

11,826
7,607
64.3
6,814

11,862
7,616
64.2
6,806

11,897
7,669
64.5
6,856

11,933
7,713
64.6
6,870

11,969
7,781
65.0
6,973

12,004
7,844
65.3
7,026

12,040
7,854
65.2
6,982

12,075
7,782
64.4
6,953

12,111

12,148
7,787
64.1
6,998

57.9
800
10.7

57.8
811
10.5

57.3
793

58.1
759

57.6
793
10.4

57.6
813

10.6

10.6

57.6
843
10.9

58.3
808
10.4

58.5
818
10.4

58.0
872

10.0

58.0
783
10.3

57.4
810

10.6

57.6
829
10.7

57.5
810
10.4

Hispanic origin 3
Civilian noninstitutional
p o p u la tio n '.......................................
Civilian labor fo rc e ..........................
Participation rate ....................
E m ploye d......................................
Employment-population
ratio 2 .......................................
U nem ployed..................................
Unemployment ra te ................

6,888

1 The population figures are not seasonally adjusted.
2 Civilian employment as a percent of the civilian noninstitutional population.
3 Data for 1980-85 have been revised to reflect new population estimates.

6.

11.1

7,772
64.2
6,962

57.6
789

10.1

NOTE: Detail for the above race and Hispanic-origin groups will not sum to totals
because data for the “ other races” groups are not presented and Hispanics are included
in both the white and black population groups.

Selected employment indicators, monthly data seasonally adjusted

(In thousands)
Annual average

1985

1986

Selected categories
1984

1985

105,005
59,091
45,915
39,056

107,150
59,891
47,259
39,248

25,636
5,465

Jan.

Feb.

Mar.

Apr.

May

June

July

Aug.

Sept.

Oct.

Nov.

Dec.

106,315
59,614
46,701
39,402

106,587
59,653
46,934
39,324

106,951
59,828
47,123
39,467

106,872
59,820
47,052
39,362

106,939
59,942
46,997
39,260

106,601
59,623
46,978
38,966

106,871
59,719
47,152
39,096

107,210
59,936
47,274
39,142

107,519
60,049
47,470
39,103

107,813
60,105
47,708
39,272

107,969
60,179
47,790
39,314

108,206
60,244
47,962
39,278

108,955
60,919
48,035
39,615

26,336
5,597

25,970
5,567

26,079
5,533

26,163
5,600

26,087
5,603

26,036
5,626

26,174
5,643

26,316
5,607

26,392
5,627

26,531
5,556

26,702
5,514

26,721
5,605

26,804
5,693

26,958
5,702

1,555
1,553
213

1,535
1,458
185

1,598
1,523

222

1,597
1,508
229

1,596
1,502
223

1,653
1,493
219

1,582
1,498
196

1,530
1,451
159

1,479
1,474
170

1,456
1,444
176

1,438
1,414
179

1,465
1,436
172

1,537
1,361
158

1,572
1,409
164

1,673
1,492
163

93,565
15,770
77,794
1,238
76,556
7,785
335

95,871
16,031
79,841
1,249
78,592
7,811
289

95,086
15,820
79,266
1,364
77,902
7,753
336

95,235
15,957
79,278
1,288
77,990
7,694
336

95,606
15,969
79,637
1,225
78,412
7,764
321

95,493
15,955
79,538
1,218
78,320
7,717
305

95,660
15,936
79,724
1,255
78,469
7,711
290

95,391
16,000
79,391
1,228
78,163
7,728
292

95,523
15,949
79,574
1,251
78,323
7,724
277

95,791
16,075
79,716
1,295
78,421
7,874
303

96,546
16,145
80,401
1,266
79,135
7,846
266

96,530
16,213
80,317
1,271
79,046
7,991
248

96,676
16,157
80,519
1,197
79,322
8,013
249

96,921
16,194
80,727
1,131
79,596
7,903
250

97,911
16,418
81,494
1,256
80,238
7,655
273

5,744
2,430
2,948
13,169

5,590
2,430
2,819
13,489

5,638
2,473
2,830
13,343

5,356
2,244
2,817
13,524

5,682
2,585
2,763
13,517

5,690
2,567
2,767
13,356

5,876
2,607
2,871
13,078

5,544
2,524
2,751
13,439

5,596
2,414
2,766
13,634

5,680
2,480
2,835
13,622

5,554
2,433
2,815
13,496

5,475
2,251
2,897
13,713

5,498
2,306
2,883
13,645

5,494
2,303
2,864
13,556

5,543
2,364
2,883
13,958

5,512
2,291

5,334
2,273
2,730
13,038

5,392
2,320
2,735
12,859

5,098
2,073
2,732
13,057

5,421
2,397
2,670
13,016

5,402
2,380
2,679
12,926

5,550
2,418
2,785
12,612

5,278
2,334
2,675
12,995

5,328
2,251

5,413
2,319
2,740
13,179

5,299
2,292
2,730
13,053

5,241
2,115
2,801
13,277

5,295
2,196
2,784
13,194

5,294
2,195
2,760
13,122

5,275
2,208
2,776
13,441

Jan.

CHARACTERISTIC
Civilian employed, 16 years and
o v e r ..................................................
M e n ...............................................
W o m e n ........................................
Married men, spouse present ..
Married women, spouse
p re s e n t.......................................
Women who maintain families .

MAJOR INDUSTRY AND CLASS
OF WORKER
Agriculture:
Wage and salary w o rk e rs ........
Self-employed w o rke rs .............
Unpaid family w o rk e rs ...............
Nonagricultural industries:
Wage and salary workers ........
Government .............................
Private indu stries.....................
Private households...............
O th e r ......................................
Self-employed w o rk e rs .............
Unpaid family w o rk e rs ..............

PERSONS AT WORK
PART TIM E1
All industries:
Part time for economic reasons .
Slack work ..................................
Could only find part-time work
Voluntary part time .......................
Nonagricultural industries:
Part time for economic reasons .
Slack work ..................................
Could only find part-time work
Voluntary part time .......................

2,866
12,704

1 Excludes persons “ with a job but not at work" during the survey period for such
reasons as vacation, illness, or industrial disputes.

64


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Federal Reserve Bank of St. Louis

2,686
13,235

7.

Selected unemployment indicators, monthly data seasonally adjusted

(Unemployment rates)
1986

1985

Annual average
Selected categories
1984

1985

Jan.

Feb.

Mar.

Apr.

May

June

July

Aug.

Sept.

Oct.

Nov.

Dec.

Jan.

Total, all civilian w o rke rs.............................................
Both sexes, 16 to 19 y e a rs...................................
Men, 20 years and o v e r ........................................
Women, 20 years and o v e r...................................

7.5
18.9

7.2
18.6

7.1
17.5

7.1
18.1

7.1
19.8

7.0
18.4

6.2
6.6

6.0
6.6

6.1

6.1

6.0

6.9
18.8
5.9

6.7
18.4
577

6.7

7.3
18.6
6.4
6.7

7.3
19.3

6.8

7.3
17.9
6.3
6.7

7.3
18.8

6.2
6.6

7.3
18.4
6.3
6.7

7.3
18.2

6.6
6.8

7.4
18.9
6.3

6.7

6.4

6.4

6.2

6.1

White, total ...............................................................
Both sexes, 16 to 19 y e a rs ................................
Men, 16 to 19 years ......................................
Women, 16 to 19 y e a rs.................................
Men, 20 years and over .....................................
Women, 20 years and o v e r................................

6.5
16.0
16.8
15.2
5.7
5.8

6.4
15.7
16.1
15.3
5.5
5.9

6.2

6.3
15.2
15.7
14.5
5.4
5.8

6.3
16.1
17.1
15.0
5.6
5.7

6.1

16.0
16.7
15.1
5.2
5.8

6.4
16.0
16.7
15.2
5.7
5.8

6.1

15.4
16.8
14.0
5.4
5.7

6.3
15.1
15.6
14.7
5.4
5.9

6.1

15.7
16.5
14.8
5.4
5.7

15.2
17.2
13.0
5.3
5.7

15.3
16.2
14.4
5.2
5.7

17.0
18.5
15.3
5.2
5.5

5.9
15.5
15.8
15.1
5.2
5.4

5.9
15.9
16.2
15.5
5.1
5.4

5.7
14.9
14.7
15.1
5.0
5.3

Black, total ...............................................................
Both sexes, 16 to 19 y e a rs ................................
Men, 16 to 19 y e a rs ......................................
Women, 16 to 19 y e a rs .................................
Men, 20 years and over .....................................
Women, 20 years and o v e r ................................

15.9
42.7
42.7
42.6
14.3
13.5

15.1
40.2
41.0
39.2
13.2
13.1

15.1
41.5
43.9
38.9
12.9
13.0

16.0
42.1
40.9
43.3
14.2
13.7

15.2
41.5
41.1
41.9
13.3
13.0

15.2
39.3
39.4
39.3
13.3
13.2

15.4
40.4
39.3
41.5
13.4
13.5

14.4
39.5
41.0
37.8
12.5
12.7

15.0
41.2
43.1
39.0

15.2
38.8
41.1
36.1
13.3
13.5

14.9
39.7
41.0
38.2
13.7

14.4
41.9
41.3
42.4
12.7

12.1

15.6
40.8
45.2
36.0
13.7
13.6

14.9
41.6
41.0
42.3
13.1

13.1

14.1
35.3
34.9
35.9
11.9
13.1

12.6

12.0

Hispanic origin, to ta l................................................

10.7

10.5

10.6

10.0

10.3

10.4

10.6

10.6

10.9

10.4

10.4

11.1

10.7

10.4

10.1

Married men, spouse p re s e n t...............................
Married women, spouse p re s e n t..........................
Women who maintain fa m ilie s ..............................
Full-time w o rk e rs .....................................................
Part-time workers ....................................................
Unemployed 15 weeks and o v e r..........................
Labor force time lost 1 ............................................

4.6
5.7
10.3
7.2
9.3
2.4

4.3
5.6
10.4

4.5
5.7

4.4
5.4
10.9
7.0

4.3
5.8
10.3
6.9
9.5

4.3
5.8
10.7
6.9
9.7

4.0
5.7

4.6
5.8
9.9
6.9
9.5

4.4
5.7
10.3
7.0
9.4

4.1
5.4

4.3
5.6
11.3

4.2
5.3
10.4

4.3
5.6

10.0

4.3
5.3
9.4

6.8

6.8

6.7

6.6

9.0

9.3

9.6

8.8

2.0
8.2

2.0
8.2

2.0
8.1

2.0
8.1

2.0
7.9

1.9
7.9

9.0
1.9
7.8

4.3
5.1
9.9
6.4
8.4

7.3
10.9
13.5
7.7
7.9
7.5
5.3
7.7
5.7
3.9
12.5

7.3
9.9
13.4
7.9
7.9
7.9
5.7
7.6
5.6
4.0
14.0

7.1
13.1
7.8
7.9
7.6
4.5
7.7
5.5
3.9
14.0

7.2
8.9
13.6
7.7
7.7
7.8
5.3
7.8
5.5
3.8
13.3

7.1
7.7
13.5
7.5
7.3
7.8
5.1
7.7
5.4
3.9
12.9

7.0
7.3
13.4
7.7
7.6
7.8
5.1
7.5
5.4
3.6
12.5

CHARACTERISTIC

6.2

6.2

6.1
6.8

6.2

%

8.6

6.8
9.3

10.2
7.0
9.3

8.8
2.1
8.2

2.0
8.1

2.0

7.2
9.5
13.1
7.7
7.6
7.8
5.1
7.6
5.6
3.9
13.2

7.3
10.3
13.5
7.6
7.2

13.4
7.6
7.3

8.0
5.1
7.7
5.9
4.1
15.4

8.3

2.1
8.2

2.1
8.2

10.8
6.9

10.0
2.0
8.3

12.8

10.8
6.8

1.8
7.6

INDUSTRY
Nonagricultural private wage and salary workers ....
M ining........................................................................
Construction .............................................................
Manufacturing ..........................................................
Durable g o o d s .......................................................
Nondurable goods ................................................
Transportation and public utilities ........................
Wholesale and retail tra d e ....................................
Finance and service indu stries.............................
Government workers ....................................................
Agricultural wage and salary workers .......................

7.4

10.0
14.3
7.5
7.2
7.8
5.5

8.0
5.9
4.5
13.5

7.3

13.3
7.9
7.7

8.0

8.1

8.2

5.4
7.7
5.7
4.0
13.6

4.7
7.5
5.7
4.0
12.5

5.4
7.4
5.7
3.9
13.2

1 Aggregate hours lost by the unemployed and persons on part time for economic
reasons as a percent of potentially available labor force hours.


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Federal Reserve Bank of St. Louis

7.3

7.2
10.9
13.3
7.7
7.5

10.8

10.6

7.2
7.5

11.0
7.8
7.8
7.8
5.2
7.8

6.1
3.9
11.9

8.6

6.9
10.3

12.6
7.3
7.3
7.3
5.0
7.6
5.3
3.8

10.6

6.7
10.9
12.9
7.0
7.0
7.1
4.3
7.2
5.2
3.4
10.9

2 Data for 1980-85 have been revised to reflect new population estimates,

65

MONTHLY LABOR REVIEW
8.

M arch 1986 • Current Labor Statistics: E m ploym ent Data

Unemployment rates by sex and age, monthly data seasonally adjusted

(Civilian workers)
Annual
average

Sex and age

1984
Total, 16 years and o v e r ........................................................................
16 to 24 y e a rs ........................................................................................
16 to 19 y e a rs .....................................................................................
16 to 17 years ..................................................................................
18 to 19 years ..................................................................................
20 to 24 y e a rs .....................................................................................
25 years and o v e r..................................................................................
25 to 54 years ..................................................................................
55 years and o v e r ...........................................................................

1985

1985

Jan.

Feb.

7.5
13.9
18.9

7.2
13.6
18.6

7.4
13.6
18.9

21.2

21.0

21.0

17.4
11.5
5.8

17.0

17.3
10.9
5.7

11.1

7.3
13.7
18.4
20.4
17.4

20.6

20.8

21.2

21.6

16.5

16.3

17.1

11.2

11.1

11.1

5.6
5.9
4.0

5.6

5.7

6.0

6.1

4.0

4.1

7.0
13.9
18.5
21.7
16.1
11.7
5.3
5.6
3.9

7.1
13.8
18.5
21.4
16.8
11.4
5.5
5.8
4.0

7.6
13.1
17.9
19.3
16.9
10.5

7.5
12.9
17.2

7.6
13.3
18.1

20.0

20.1

15.7
10.7

7.4
14.4
19.6
21.9
18.3
11.9
5.7
5.9
4.6

7.0
14.1
19.5
21.9
17.9
11.4
5.3
5.6
4.1

7.1
13.9
19.3
21.3
18.0
11.3
5.5
5.7
4.3

7.1
14.3
19.4
21.3
18.4

Women, 16 years and o v e r.............................................................
16 to 24 y e a rs .................................................................................
16 to 19 years ..............................................................................
16 to 17 years ..........................................................................
18 to 19 years ..........................................................................
20 to 24 years ..............................................................................
25 years and o v e r...........................................................................
25 to 54 years ...........................................................................
55 years and o v e r ....................................................................

7.6
13.3
18.0
20.4
16.6
10.9

7.4
13.0
17.6

7.6
13.2
18.5
20.7
16.5

7.5
13.0
17.4
19.4
16.3

10.6
6.0

10.6
6.0

6.4
4.1

6.3
3.9

9.

4.2

6.2

6.3
4.2

4.1

July

7.3
13.6
18.6

Men, 16 years and o v e r ....................................................................
16 to 24 years .................................................................................
16 to 19 y e a rs................................................................................
16 to 17 y e a rs ............................................................................
18 to 19 y e a rs ............................................................................
20 to 24 y e a rs ................................................................................
25 years and o v e r ...........................................................................
25 to 54 y e a rs .............................................................................
55 years and o v e r......................................................................

6.0

June

7.3
14.0
18.8

4.5

16.0
10.7
5.9

May

7.3
13.4
17.9

6.0

20.0

Apr.

7.3
13.5
18.2

5.6
5.8
4.1

6.1

Mar.

11.8
5.4
5.6
4.1

1986
Aug.

Sept.

16.4

7.3
13.9
19.3
21.7
17.3

7.1
13.0
17.5
19.1
16.8

11.6

11.2

11.2

10.8

5.5
5.8
4.3

5.8

6.0

5.6
5.9
4.4

5.5
5.8
4.1

7.2
14.2
19.2
23.2
16.4
11.7
5.6
5.8
4.4

7.2
14.6
20.5

7.4
13.1
17.9

16.5

7.5
12.9
17.8
19.9
16.4

4.3

7.0
14.7
19.4

22.2
17.6
12.3
5.1
5.3
4.1

6.0

6.0

10.8
6.1

10.6
6.0

6.4
4.2

6.3
4.2

6.4
4.4

6.3
4.1

22.1
18.7

11.6
5.4
5.6
4.6

Oct.
7.1
13.9
19.8
22.7
17.8
10.9
5.4
5.7
3.9

7.0
13.5
18.4
21.4
16.9

6.9
13.8
19.6
21.9
18.1
10.9
5.3
5.6
3.8

6.9
13.8
19.3
20.7
18.3

7.3

12.2

Dec.

Jan.

6.9
13.3
18.8

6.7
13.0
18.4
20.9
16.4
10.4
5.1
5.4
3.9

21.1
17.5

11.0

10.6

5.4
5.6
3.8

5.3
5.5
3.9

7.1
14.6
21.5
24.0
19.9

6.9
13.9
19.4
20.9
18.7

6.7
13.5
19.3

11.0

11.1

11.2

10.6

5.3
5.5
4.0

5.3
5.5
4.1

5.2
5.4
4.0

5.1
5.4
3.9

18.2
20.9
16.2
10.3
5.0
5.3
3.9

7.5
12.9
16.9
19.8
14.9
10.9

7.3
13.1
17.9

7.2
13.1
17.4

7.1
13.2
18.3

7.0
13.2
18.5

21.2

22.0

20.6

20.8

15.5
10.7
5.6
5.9
3.7

15.1

16.9

10.8

10.6

5.6
5.9
3.6

5.4
5.7
3.9

16.5
10.5
5.3
5.6
3.8

15.7
10.7
5.9

15.3
15.8
15.3
10.7
5.8

6.2

6.1

6.0
6.2

4.2

4.5

4.2

21.2

Nov.

7.1
13.3
18.1
20.3
16.7
10.9
5.6
5.8
4.1

6.5

12.8

21.6
18.0

Unemployed persons by reason for unemployment, monthly data seasonally adjusted

(Numbers in thousands)
Annual average

1985

Reason for unemployment
1984
Job losers ............
On la y o ff............
Other job losers .
Job le a v e rs ...........
Reentrants ............
New e n tra n ts .......

1985

4,421
1,171
3,250
823
2,184

1,110

1986

Jan.

Feb.

Mar.

Apr.

May

4,139
1,157
2,982
877
2,256
1,039

4,271
1,216
3,055
877
2,240
1,045

4,236
1,203
3,033

4,177
1,155
3,022
861
2,301
1,074

4,229
1,182
3,047
852
2,283
1,051

3,994
1,068
2,926
870
2,378
1,142

4,167
1,135
3,032
983
2,233
1,018

4,206
1,134
3,072
894
2,184
1,098

3,032
875
2,191
941

49.8
13.9
35.9

50.6
14.4
36.2
10.4
26.6
12.4

50.4
14.3
36.1
10.3
26.6

49.6
13.7
35.9

50.3
14.0
36.2

10.2

10.1

27.4

49.6
13.5
36.1
11.7
26.6

12.6

12.8

27.1
12.5

47.6
12.7
34.9
10.4
28.4
13.6

50.2
13.5
36.6
10.7
26.1
13.1

50.8
13.6
37.2
10.7
26.9
11.5

3.7

3.6
.7

3.7
.7

3.5

3.6

2.0

.9

.9

3.6
.9
1.9
.9

3.6

2.0

868
2,238
1,056

June

July

Aug.

Sept.

4,144

1,112

Oct.

Nov.

Dec.

Jan.

4,142
1,167
2,975
852
2,335
918

4,040
1,161
2,879
911
2,237
1,045

4,081
1,175
2,906
808
2,226
1,055

3,933
1,132
2,801
876
2,225
1,033

3,776
1,163
2,613
996
2,066
1,025

50.2
14.2
36.1
10.3
28.3

49.1
14.1
35.0

50.0
14.4
35.6
9.9
27.2
12.9

48.8
14.0
34.7
10.9
27.6

48.0
14.8
33.2
12.7
26.3
13.0

3.5
.7
1.9
.9

3.4

PERCENT OF UNEMPLOYED
Job lo s e rs ............ .
On la y o ff............
Other job losers .
Job leave rs...........
Reentrants............
New entrants .......

51.8
13.7
38.1
9.6
25.6
13.0

10.6
27.1
12.5

12.1

11.1
27.2
12.7

11.1

12.8

PERCENT OF
CIVILIAN LABOR FORCE
Job lo s e r s ..............................................
Job le a v e rs ...........................................
Reentrants .............................................
New e n tra n ts ........................................

10.

3.9
.7
1.9

3.6

3.7

.8
2.0

.8
2.0

1.0

.9

.9

.8
1.9
.9

.8
2.1
1.0

.8

.8

1.9

1.9

1.0

.8

3.6
.7

3.5

2.0
.8

1.9
.9

.8

3.2
.9
1.8
.9

.8
1.9
.9

Duration of unemployment, monthly data seasonally adjusted

(Numbers In thousands)
Annual average

1985

Weeks of unemployment
1984

1985

Jan.

Feb.

Mar.

Apr.

May

June

July

Aug.

Sept.

Oct.

Nov.

Dec.

Jan.

Less than 5 weeks .........
5 to 14 weeks ..................
15 weeks and o v e r .........
15 to 26 weeks .............
27 weeks and o v e r ......

3,350
2,451
2,737
1,104
1,634

3,498
2,509
2,305
1,025
1,280

3,627
2,540
2,247
932
1,315

3,501
2,488
2,413
1,065
1,348

3,556
2,487
2,400
1,061
1,339

3,528
2,516
2,374
1,031
1,343

3,607
2,594
2,274
1,063

3,525
2,514
2,329
1,078
1,251

3,422
2,508
2,274
1,047
1,227

3,484
2,505
2,307
1,035
1,272

3,430
2,536
2,277
1,057

1,211

3,466
2,536
2,328
1,033
1,295

1,220

3,465
2,448
2,205
894
1,311

3,374
2,460
2,188
973
1,215

3,311
2,441
2,056
969
1,087

Mean duration in weeks ..
Median duration In weeks

18.2
7.9

15.6
6.8

15.9
6.8

16.0
7.1

15.9
7.0

16.1
6.8

15.0
6.7

15.5
6.8

15.5
7.1

15.5
7.2

15.5
6.9

15.4
7.0

15.7
6.9

15.4
6.9

14.9
6.8

66

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11.

Unemployment rates of civilian workers by State, data not seasonally adjusted
Dec.
1985P

State

Dec.
1984

11 6

8.0

Alaska ................................................................
A riz o n a ...............................................................
A rkansa s............................................................
C a lifo rnia............................................................

10.3
4.3
9.2
6.9

10.3
6.4
9.4
6.3

5.3

6.5
4.3
4.3

4 .4

D elaw are............................................................
District of C o lum bia .........................................
Florida ................................................................

5.4
8.3

8.0

6.1

5.6

5.5
5.9
6.9

State

Dec.
1984

Dec.
1985

7.4
4.3

8.8
6.1
8.2
2.6

Montana ...........................................................
N e bra ska..........................................................
Nevada .............................................................
New H am pshire...............................................

3.5

New J e rs e y ......................................................
New Mexico .....................................................
New Y o rk ..........................................................
North Carolina .................................................
North Dakota ...................................................

5.4
7.4
6.5
6.7
5.8

Ohio ..................................................................
O klahom a.........................................................
O re g o n ..............................................................
Pennsylvania....................................................
Rhode Isla n d ....................................................

9.2
6.7
9.6
7.3
5.3

8.5
7.1
7.8
7.3
4.4

South C a ro lin a .................................................
South D a k o ta ...................................................
Tennessee .......................................................
Texas ................................................................
Utah ..................................................................

6.9
5.1
8.7
5.6
6.4

7.4
5.2
7.6
6.3

V e rm o n t............................................................

4.5
5.5

8.0

Indiana ...............................................................

8.6
8.8

5.8
5.4
7.9
8.3
7.4

M a in e ..................................................................

73
5.4
9.3
98
5.9

7.9
5.5
10.4
11.5
5.2

4.9
3.9

4.5
3.9
7.6
7.5

W ash in g to n ......................................................
West V irgin ia....................................................
W isc o n s in .........................................................

5.2
5.0
9.8
16.1
7.7

10.0
6.2

W yom ing...........................................................

5.6

....

•«

.

,

.

10 6
M ississippi..........................................................

7.1
10.3
7.0

5.4

8.6
5.9
4.2

6.8

6.0

8.0
12.4
7.5

p = preliminary
NOTE: Some data in this table may differ from data published
elsewhere because of the continual updating of the database.

12.

Employment of workers on nonagricultural payrolls by State, data not seasonally adjusted

(In thousands)
State

Dec., 1984
1,404.7

220.1
A rka n sa s............................................................

District of C o lum bia .........................................

H aw aii.................................................................
Id a h o ..................................................................
Illin o is .................................................................

Louisiana............................................................

_,
M inn e so ta ..........................................................

1,244.2
791.8
10,869.9
1,438.8
1.568.5
288.3
623.3
4.371.5

Nov., 1985
1 440.6
227.4
1,316.6
814.9
11,127.9
1,438.2
1,598.0
299.9
634.0
4,499.5

2.534.1
418.0
329.3
4,654.3
2,169.8

2,616.0
427.3
340.6
4.714.2
2.258.2

1.085.1
982.9
1.249.7
1.618.8
450.7

1,087.8
994.1
1,266.0
1,606.1
465.9

1,861.8
2,937.9
3,407.3
1,870.1
836 3
2,041.2
281.3

1.919.3
2.973.3
3,515.5
1,907.0
854.5
2,132.3
280.1

Dec.,
1985p
1,439.9
223.9
1,323.8
814.8
11,186.2
1,440.6
1,601.2
300.2
637.5
4,532.1

State

Dec., 1984

Nov., 1985

Dec.,
1985p

New H a m pshire...............................................

653.9
434.2
457.1

659.0
450.0
480.4

654.7
449.2
483.5

New Mexico .....................................................
New Y o rk ..........................................................
North Carolina .................................................
North Dakota ...................................................

3,406.1
512.5
7,744.9
2,624.5
252.7

3,499.7
525.0
7,893.0
2,699.8
253.5

3,503.1
525.8
7,909.8
2,706.7
251.2

4,332.8
1,196.9
1,015.5
4,720.4
431.8

4,452.8
1,178.9
1,042.9
4,798.8
433.7

4,461.7
1,177.1
1,036.2
4,793.1
431.4

1,281.6
250.0
1,847.1
6,637.9
620.1

1,319.6
246.5
1,899.2
6,747.3
638.2

1,321.8
247.0
1,900.9
6,766.7
638.1

221.9
2,413.7
1,663.7
597.8
1,982.9

227.6
2,473.9
1,715.8
600.4
2,015.7

231.5
2,490.2
1,711.3
600.9
2,009.2

203.1
699.2
37.3

203.7
694.3
36.1

201.9
702.8
36.8

O kla h o m a .........................................................
2,626.1 O re g o n ..............................................................
430.2 Pennsylvania....................................................
338.6 Rhode Island....................................................
4.708.6
2.254.6 South C a ro lin a .................................................
South D a k o ta ...................................................
1,080.9 Tennessee .......................................................
986.0 Texas ................................................................
1,271.7
1,600.4
465.2
V irg in ia ..............................................................
1,927.1 Washington ......................................................
2,985.9 West V irgin ia....................................................
3,523.8
1,896.5
855.8 W yom ing...........................................................
2,131.0 Puerto R ic o ......................................................
276.8

p = preliminary
NOTE: Some data in this table may differ from data published elsewhere because
of the continual updating of the database.


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67

MONTHLY LABOR REVIEW
13.

March 1986 •

C u rren t L a b o r S ta tistics: E m p lo y m e n t D a ta

Employment of workers on nonagricultural payrolls by industry, monthly data seasonally adjusted

(In thousands)
Annual average

1985

1986

1984

1985

Jan.

Feb.

Mar.

Apr.

May

June

July

Aug.

Sept.

Oct.

Nov.

Dec.P

Jan.p

TOTAL ..........................................
PRIVATE S E C T O R ........................

94,461
78,477

97,698
81,403

96,419
80,319

96,591
80,480

96,910
80,767

97,120
80,962

97,421
81,208

97,473
81,260

97,707
81,366

97,977
81,634

98,217
81,765

98,559
82,073

98,801
82,317

99,069
82,557

99,635
83,157

GOODS PR O D UC IN G ......................
M in in g ................................................
Oil and gas extraction ..................

24,730
974
613

25,056
969
616

25,112
974
621

25,062
976
620

25,056
977
618

25,090
982
623

25,066
982
624

25,010
974
619

24,980
969
619

25,015
965
615

24,962
962
615

25,051
960
610

25,089
954
605

25,145
953
603

25,335
951
597

Construction ...................................
General building contractors.......

4,345
1,158

4,661
1,240

4,534
1,219

4,525
1,214

4,553
1,223

4,641
1,233

4,658
1,234

4,638
1,223

4,660
1,228

4,688
1,242

4,721
1,252

4,753
1,262

4,754
1,269

4,761
1,272

4,918
1,335

M anufacturing.................................
Production w o rk e rs .......................

19,412
13,310

19,426
13,215

19,604
13,399

19,561
13,347

19,526
13,309

19,467
13,249

19,426
13,203

19,398
13,169

19,351
13,137

19,362
13,145

19,279
13,087

19,338
13,140

19,381
13,169

19,431
13,228

19,466
13,251

Durable g o o d s ...............................
Production w o rk e rs .......................

11,522
7,749

11,566
7,692

11,702
7,843

11,675
7,806

11,651
7,776

11,608
7,730

11,586
7,704

11,560
7,671

11,509
7,630

11,519
7,638

11,449
7,586

11,493
7,627

11,512
7,636

11,536
7,658

11,550
7,666

Lumber and wood p ro d u c ts .........
Furniture and fix tu re s .....................
Stone, clay, and glass products ...
Primary metal industries ...............
Blast furnaces and basic steel
p roducts..........................................
Fabricated metal products............

707
487
595
858

703
497
600
816

709
499
602
844

704
498
600
840

701
499
601
832

694
497
600
823

697
493
599
819

694
494
598
815

697
494
599
806

700
499
601
798

701
494
598
795

708
496
600
799

712
497
601
804

717
500
604
811

722
500
610
800

334
1,464

303
1,472

315
1,486

313
1,483

311
1,480

306
1,479

305
1,477

304
1,472

302
1,467

289
1,467

291
1,462

292
1,465

299
1,466

303
1,463

296
1,462

Machinery, except electrical.........
Electrical and electronic
equipm ent.......................................
Transportation equipm ent..............
Motor vehicles and equipment ....
Instruments and related products
Miscellaneous manufacturing
in d u strie s........................................

2,197

2,181

2,228

2,224

2,220

2,207

2,203

2,191

2,175

2,167

2,143

2,143

2,137

2,132

2,136

2,208
1,906
860
714

2,207
1,990
872
724

2,252
1,974
891
723

2,248
1,972
876
725

2,243
1,969
867
727

2,223
1,982
876
726

2,216
1,981
873
723

2,205
1,990
875
725

2,190
1,985

2,194
1,995

2,175
1,986
861
722

2,179
2,008
872
722

2,180
2,017

2,185
2,023
874
725

2,191
2,027
879
725

384

376

385

381

379

377

378

376

372

373

373

373

375

376

377

Nondurable g o o d s .........................
Production w o rke rs.........................

7,890
5,561

7,859
5,523

7,902
5,556

7,886
5,541

7,875
5,533

7,859
5,519

7,840
5,499

7,838
5,498

7,842
5,507

7,843
5,507

7,830
5,501

7,845
5,513

7,869
5,533

7,895
5,570

7,916
5,585

Food and kindred p ro d u cts ..........
Tobacco m anufactures.................
Textile mill p ro d u c ts .......................
Apparel and other textile
p roducts..........................................
Paper and allied products ............

1,619
65
746

1,636
65
703

1,633
67
720

1,633

1,638

1,630

1,634

1,644

66

66

66

66

66

712

706

707

701

699

1,630
65
696

1,638
64
697

1,633
65
695

1,636
64
698

1,638
65
700

1,652
64
701

1,649
65
703

1,197
681

1,162
683

1,182
683

1,175
682

1,167
682

1,164
681

1,153
682

1,142
684

1,160
684

1,152
683

1,155
681

1,158
682

1,160

688

1,171
685

1,177
687

Printing and publishing..................
Chemicals and allied products.....
Petroleum and coal pro d u cts.......
Rubber and mise, plastics
p roducts..........................................
Leather and leather products ......

1,372
1,048
189

1,422
1,042
177

1,403
1,052
185

1,406
1,052
184

1,407
1,052
183

1,411
1,049
182

1,414
1,044
181

1,419
1,042
180

1,426
1,040
178

1,429
1,038
176

1,427
1,040
170

1,431
1,036
170

1,442
1,033
169

1,442
1,033
169

1,449
1,036
169

782
192

795
175

798
179

799
177

798
176

795
174

791
174

789
173

787
176

792
174

790
174

795
175

800
174

804
174

810
171

SERVICE-PRODUCING ...................
Transportation and public
u tilities.............................................
Transportation.................................
Communication and public
u tilitie s.............................................

69,731

72,642

71,307

71,529

71,854

72,030

72,355

72,463

72,727

72,962

73,255

73,508

73,712

73,924

74,300

5,171
2,929

5,300
3,058

5,259
3,015

5,272
3,029

5,269
3,028

5,278
3,037

5,301
3,057

5,295
3,052

5,302
3,060

5,282
3,038

5,317
3,078

5,327
3,087

5,342
3,106

5,345
3,110

5,377
3,129

2,242

2,241

2,244

2,243

2,241

2,241

2,244

2,243

2,242

2,244

2,239

2,240

2,236

2,235

2,248

Wholesale t r a d e .............................
Durable g o o d s .................................
Nondurable g o o d s ..........................

5,550
3,272
2,278

5,769
3,417
2,352

5,686
3,358
2,328

5,697
3,367
2,330

5,714
3,377
2,337

5,733
3,388
2,345

5,748
3,402
2,346

5,768
3,414
2,354

5,773
3,426
2,347

5,791
3,434
2,357

5,805
3,442
2,363

5,830
3,454
2,376

5,833
3,464
2,369

5,845
3,470
2,375

5,867
3,485
2,382

Retail tr a d e ......................................
General merchandise s to re s ........
Food s to re s .....................................
Automotive dealers and service
s ta tio n s ...........................................
Eating and drinking p la c e s ...........

16,584
2,278
2,655

17,426
2,355
2,827

17,090
2,341
2,753

17,160
2,343
2,773

17,249
2,349
2,790

17,280
2,348
2,794

17,392
2,371
2,823

17,425
2,361
2,831

17,453
2,344
2,842

17,514
2,354
2,849

17,539
2,356
2,852

17,610
2,365
2,869

17,640
2,367
2,865

17,715
2,362
2,882

17,922
2,418
2,914

1,802
5,403

1,892
5,692

1,855
5,559

1,865
5,588

1,873
5,615

1,884
5,642

1,890
5,660

1,895
5,692

1,895
5,728

1,902
5,725

1,906
5,740

1,912
5,758

1,914
5,774

1,916
5,802

1,932
5,821

Finance, Insurance, and real
e s ta te ...............................................
F in a n c e ............................................
Insurance.........................................
Real e s ta te ......................................

5,682
2,855
1,753
1,074

5,924
2,978
1,816
1,130

5,790
2,910
1,783
1,097

5,809
2,919
1,789

5,835
2,933
1,792

5,906
2,968
1,814
1,124

5,932
2,984
1,817
1,131

5,959
2,998
1,827
1,134

5,987
3,011
1,831
1,145

3,023
1,837
1,151

6,048
3,038
1,850
1,160

6,069
3,053
1,854
1,162

6,104
3,067

1,110

5,888
2,956
1,808
1,124

6,011

1,101

5,858
2,941
1,799
1,118

S ervices............................................
Business s e rvice s ...........................
Health s e rv ic e s ...............................

20,761
4,076
6,104

21,929
4,453
6,266

21,382
4,295
6,169

21,480
4,324
6,186

21,644
4,377
6,204

21,723
4,402
6,218

21,813
4,424
6,240

21,856
4,441
6,243

21,926
4,446
6,260

22,073
4,489
6,291

22,155
4,504
6,308

22,244
4,539
6,333

22,365
4,571
6,363

22,438
4,606
6,384

22,552
4,636
6,404

Government ....................................
F e d e ra l.............................................
S ta te ..................................................
L o c a l..................................................

15,984
2,807
3,712
9,465

16,295
2,875
3,780
9,640

16,100
2,836
3,730
9,534

16,111
2,834
3,733
9,544

16,143
2,850
3,744
9,549

16,158
2,859
3,749
9,550

16,213
2,873
3,759
9,581

16,213
2,872
3,765
9,576

16,341
2,878
3,788
9,675

16,343

16,452
2,904
3,818
9,730

16,486
2,892
3,827
9,767

16,484
2,904
3,833
9,747

16,512
2,911
3,829
9,772

16,478
2,910
3,821
9,747

p = preliminary
NOTE: See "N otes on the data” for a description of the most recent benchmark

68

https://fraser.stlouisfed.org
Federal Reserve Bank of St. Louis

revision.

868

868

724

725

2,886
3,789
9,668

868
723

1,866
1,171

14. Average weekly hours of production or nonsupervisory workers on private nonagricultural payrolls by industry,
monthly data seasonally adjusted
_______________________________

Industry

Annual
average
1984

PRIVATE SECTOR ..............................................
CO NSTRUCTIO N........................................................

35.3
37.7

1986

1985

1985p
35.1

Jan.
35.1

Feb.
35.1

Apr.

Mar.
35.2

35.0

May
35.1

June
35.1

July
35.0

Aug.
35.1

Sept.
35.1

Oct.
35.1

Nov.
35.0

Dec.p

Jan.p

35.1

35.1

37.7

37.7

37.8

38.1

38.0

37.6

37.2

37.6

37.5

37.9

37.9

37.4

37.2

38.5

40.1
3.3

40.4
3.2

40.2
3.4

40.4
3.1

40.4
3.2

40.3
3.2

40.6
3.3

40.7
3.3

40.7
3.4

40.7
3.4

41.0
3.6

40.9
3.5

M ANUFACTURING.....................................................
Overtime h o u rs ....................................................

40.7
3.4

40.5
3.3

40.6
3.4

Durable g o o d s ..........................................................
Overtime h o u rs ....................................................
Lumber and wood p ro d u c ts ...................................
Furniture and fix tu re s ...............................................
Stone, clay, and glass p ro d u c ts ............................
Primary metal industries .........................................
Blast furnaces and basic steel p ro d u c ts ..........
Fabricated metal products .....................................

41.4
3.6
39.9
39.7
42.0
41.7
40.6
41.4

41.2
3.5
39.8
39.4
41.9
41.5
41.1
41.3

41.3
3.6
39.7
40.4
41.7
41.0
39.9
41.4

40.7
3.5
38.9
39.5
41.6
40.9
40.5
40.9

41.1
3.5
39.6
39.5
42.0
41.1
40.5
41.1

40.9
3.6
39.5
39.3
42.0
41.0
40.2
41.1

41.1
3.2
39.8
38.9
42.1
41.2
40.7
41.1

41.2
3.3
40.1
38.9
41.9
41.6
41.2
41.3

41.0
3.3
39.7
38.8
42.0
41.4
41.2
41.3

41.3
3.4
40.0
39.2
42.0
41.7
41.8
41.4

41.3
3.5
40.1
39.4
42.0
41.5
41.0
41.6

41.3
3.5
40.3
39.4
42.1
41.8
41.7
41.5

41.3
3.6
39.9
39.4
41.6
41.8
42.0
41.4

41.7
3.8
40.1
40.0
41.7
42.2
42.0
41.6

41.6
3.7
40.3
40.5
42.2
41.5
41.0
41.6

Machinery except electrical ...................................
Electrical and electronic equipm ent......................
Transportation equipm ent.......................................
Motor vehicles and equipm ent............................
Instruments and related p ro d u c ts .........................
Miscellaneous m anufacturing.................................

41.9
41.0
42.7
43.8
41.3
39.4

41.5
40.6
42.6
43.5
41.0
39.4

41.7
40.8
43.1
44.3
41.2
39.2

41.1
40.2
41.9
42.4
40.7
39.0

41.6
40.7
42.5
43.2
41.0
39.1

41.2
40.2
42.3
43.3
40.7
39.0

41.4
40.4
42.6
43.5
40.9
39.3

41.6
40.6
42.3
42.7
41.1
39.4

41.3
40.3
42.5
43.3
40.7
39.0

41.6
40.7
42.9
43.8
40.7
39.3

41.6
40.5
42.9
43.8
40.9
39.8

41.6
40.6
42.8
43.8
40.8
39.9

41.6
41.0
42.6
43.7
41.1
39.7

41.8
41.4
43.0
44.1
42.2
40.0

41.5
41.5
42.8
43.6
41.2
40.1

Nondurable g o o d s ...................................................
Overtime h o u rs ....................................................
Food and kindred pro d u c ts....................................
Tobacco m anufactures............................................
Textile mill p ro d u c ts .................................................
Apparel and other textile products........................
Paper and allied products ......................................

39.6
3.1
39.8
38.9
39.9
36.4
43.1

39.6
3.1
40.0
37.1
39.7
36.3
43.1

39.5
3.0
39.8
38.3
39.2
36.2
43.0

39.3
2.9
39.7
39.2
38.8
35.9
42.9

39.4
2.9
39.8
38.9
39.1
36.1
42.9

39.1
3.0
39.6
35.4
38.8
35.6
43.0

39.4
2.9
40.1
37.0
38.9
36.2
43.0

39.4
3.0
39.6
36.6
39.4
36.3
42.9

39.4
3.0
40.0
34.6
39.1
36.3
42.7

39.6
3.1
39.9
36.8
40.0
36.4
43.0

39.8
3.1
40.2
36.9
40.7
36.5
43.1

39.9
3.2
40.3
38.2
40.7
36.6
43.3

39.8
3.2
39.9
35.2
41.0
36.8
43.3

40.1
3.4
40.3
38.0
41.3
37.1
43.6

39.9
3.3
40.0
37.8
41.1
37.1
43.5

Printing and publishing.............................................
Chemicals and allied products...............................
Petroleum and coal p roducts.................................
Leather and leather p ro d u c ts ................................

37.9
41.9
43.7
36.8

37.7
41.9
43.0
37.3

37.8
42.0
43.2
36.8

37.7
41.9
43.1
36.4

37.6
42.1
43.3
37.1

37.6
41.9
42.0
37.0

37.4
41.9
41.7
37.1

37.5
42.0
42.6
37.0

37.5
41.8
42.9
37.0

37.9
41.8
43.3
37.3

38.0
41.6
43.4
37.8

37.9
41.7
44.3
37.9

37.8
41.9
43.1
37.7

38.2
41.9
43.9
37.8

37.9
41.7
44.0
37.3

TRANSPORTATION AND PUBLIC U T IL IT IE S ....

39.4

39.4

39.3

39.4

39.5

39.4

39.5

39.5

39.2

39.6

39.5

39.5

39.4

39.4

39.4

WHOLESALE T R A D E ................................................

38.6

38.7

38.6

38.6

38.7

38.6

38.7

38.8

38.6

38.6

38.7

38.6

38.7

38.7

38.6

29.7

29.9

29.9

29.7

29.6

29.6

29.5

29.5

29.3

29.4

32.7

32.8

32.8

32.7

32.8

32.8

32.9

32.8

32.8

32.8

RETAIL TRADE ..........................................................

30.0

29.7

29.8

29.8

29.8

SERVICES ...................................................................

32.8

32.8

32.7

32.8

32.8

p = preliminary
NOTE: See “ Notes on the data” for a description of the most recent


https://fraser.stlouisfed.org
Federal Reserve Bank of St. Louis

benchmark adjustment.

69

MONTHLY LABOR REVIEW

M arch 1986 •

Current Labor Statistics: Em ploym ent Data

15. Average hourly earnings of production or nonsupervisory workers on private nonagriculturai payrolls by
industry

Industry

Annual
average
1984

1985p

1985

1986

Jan.

Feb.

Mar.

Apr.

May

June

July

Aug.

Sept.

Oct.

Nov.

Dec.p

Jan.p

PRIVATE SE C TO R ..................................................... $8.33
Seasonally adjusted ..............................................
-

$8.58
-

$8.50
8.44

$8.52
8.49

$8.52
8.52

$8.54
8.54

$8.53
8.55

$8.56
8.59

$8.54
8.57

$8.54
8.60

$ 8.68
8.65

$8.65
8.64

$ 8.68
8.67

$8.72
8.74

$8.74

M IN IN G .........................................................................

11.63

11.95

11.86

11.90

11.91

11.93

11.86

11.99

11.88

11.95

12.00

11.95

12.02

12.20

12.25

8.68

CO NSTRUCTIO N........................................................

12.12

12.26

12.30

12.33

12.22

12.21

12.19

12.12

12.16

12.22

12.40

12.36

12.22

12.43

12.31

M ANUFACTURING.....................................................

9.18

9.52

9.43

9.43

9.45

9.48

9.48

9.50

9.53

9.48

9.55

9.54

9.61

9.72

9.69

Durable goods ...........................................................
Lumber and wood p ro d u c ts ...................................
Furniture and fix tu re s ..............................................
Stone, clay, and glass p ro d u c ts ............................
Primary metal Industries .........................................
Blast furnaces and basic steel p ro d u c ts ..........
Fabricated metal products .....................................

9.74
8.03
6.85
9.57
11.47
12.99
9.38

10.09

9.99

13.35
9.66

13.27
9.62

7.22
9.89
11.78
13.51
9.66

10.05
8.26
7.22
9.87
11.63
13.37
9.61

10.15
8.31
7.29
9.90
11.69
13.45
9.70

10.14
8.29
7.31
9.86
11.61
13.34
9.68

10.21

7.11
9.80
11.64
13.31
9.63

10.08
8.24
7.18
9.84
11.65
13.29
9.65

10.10
8.20

7.01
9.70
11.55
13.07
9.59

10.03
8.04
7.08
9.80
11.64
13.32
9.64

10.04

8.10

9.99
8.09
7.01
9.73
11.69
13.42
9.59

10.01

8.20
7.19
9.83

8.28
7.34
9.90
11.76
13.44
9.73

10.33
8.30
7.40
9.92
11.83
13.45
9.86

10.28
8.28
7.39
9.97
11.78
13.34
9.82

12.74
8.85
7.04

10.29
9.47
12.71
13.44
9.19
7.28

10.13
9.33
12.67
13.41
9.00
7.23

10.14
9.33
12.63
13.35
9.11
7.19

10.15
9.39
12.59
13.29
9.10
7.20

10.17
9.40
12.63
13.40
9.11
7.22

9.39
12.63
13.38
9.13
7.28

13.39
9.15
7.28

10.31
9.47
12.65
13.38
9.20
7.30

10.27
9.50
12.65
13.34
9.22
7.26

10.39
9.55
12.78
13.51
9.28
7.30

10.41
9.56
12.77
13.46
9.27
7.30

10.48
9.61
12.83
13.55
9.30
7.35

10.55
9.70
13.03
13.83
9.42
7.46

10.51
9.66
12.92
13.72
9.36
7.51

Nondurable g o o d s ....................................................
8.37
Food and kindred pro d u c ts....................................
8.38
Tobacco m anufactures............................................ 11.27
Textile mill p ro d u cts.................................................
6.46
Apparel and other textile products........................
5.55
Paper and allied p ro d u c ts ...................................... 10.41

8.68
8.54
12.05
6.71
5.73
10.82

8.59
8.48
11.39
6.59
5.73
10.63

8.60
8.51
11.80
6.60
5.70
10.64

8.61
8.53

8.64
8.58
12.65

6.64
5.73
10.64

8.67
8.59
12.16
6.70
5.74
10.72

5.69
10.75

8.65
8.55
12.83
6.69
5.70
10.79

8.72
8.54
12.91
6.69
5.70
10.91

8.67
8.47
12.44
6.72
5.68

10.86

8.70
8.51
11.47
6.75
5.75
10.90

8.69
8.49
11.45
6.76
5.73
10.91

8.75
8.58
12.08
6.79
5.75
10.97

8.84
8.69
11.87
6.83
5.81
11.05

8.82
8.69
11.89
6.84
5.85
10.97

Printing and publishing.............................................
9.40
Chemicals and allied products............................... 11.08
Petroleum and coal p roducts................................. 13.43
Rubber and miscellaneous plastics p ro d u c ts .....
8.29
Leather and leather p ro d u c ts ................................
5.70

9.69
11.57
14.04
8.53
5.82

9.58
11.39
13.96
8.49
5.82

9.60
11.39
13.99
8.48
5.79

9.61
11.37
14.06
8.46
5.82

9.60
11.48
14.18
8.48
5.84

9.60
11.46
14.00
8.45
5.83

9.61
11.52
13.97
8.50
5.83

9.67
11.60
14.03
8.54
5.83

9.73
11.62
13.99
8.51
5.80

9.79
11.67
14.07
8.55
5.82

9.75
11.72
13.97
8.53
5.76

9.81
11.82
14.06
8.62
5.83

9.90
14.20
8.73
5.81

9.80
11.89
14.31
8.67
5.88

TRANSPORTATION AND PUBLIC U T ILITIE S ....

11.11

11.38

11.26

11.27

11.24

11.27

11.24

11.32

11.35

11.40

11.52

11.46

11.57

11.61

11.60

WHOLESALE T R A D E ...............................................

8.96

9.26

9.16

9.22

9.19

9.24

9.24

9.28

9.27

9.25

9.33

9.25

9.32

9.41

9.39

RETAIL TRADE ..........................................................

5.88

5.97

5.97

5.99

5.97

5.96

5.97

5.94

5.93

5.91

5.99

5.97

6.00

5.99

6.05

Machinery, except electrical ..................................
Electrical and electronic equipm ent......................
Transportation equipm ent.......................................
Motor vehicles and equipm ent............................
Instruments and related products .........................
Miscellaneous m anufacturing.................................

9.96
9.04

12.22

11.68

8.06
7.07
9.71

11.66

12.00

8.12

10.22

6.68

10.28
9.46

12.66

11.88

FINANCE, INSURANCE, AND REAL ESTATE

7.62

7.93

7.77

7.87

7.87

7.85

7.83

7.95

7.87

7.90

8.03

8.00

8.05

8.14

8.13

SERVICES ...................................................................

7.64

7.95

7.84

7.87

7.87

7.89

7.88

7.91

7.86

7.87

8.04

8.04

8.10

8.18

8.19

- Data not available.
p = preliminary

70

https://fraser.stlouisfed.org
Federal Reserve Bank of St. Louis

NOTE: See “ Notes on the data” for a description of the most recent
benchmark revision.

16.

Average weekly earnings of production or nonsupervisory workers on private nonagricuitural payrolls by industry
1985

Annual average

1986

Industry
1984

Jan.

1985p

Feb.

Mar.

Apr.

May

June

July

Sept.

Aug.

Oct.

Nov.

Jan.p

Dec.p

PRIVATE SECTOR
Seasonally a dju sted...........................................
Constant (1977) dollars .......................................

$294.05 $301.16 $294.95 $294.79 $298.20 $298.05 $298.55 $303.02 $301.46 $302.32 $305.54 $303.62 $302.93 $307.82 $303.28
296.24 298.00 299.90 298.90 300.11 301.51 299.95 301.86 303.62 303.26 303.45 306.77 304.67
173.48 171.60 171.28 170.50 171.68 170.80 170.50 172.56 171.48 171.68 173.01 171.54 170.47 172.74
-

M IN IN G .........................................................................

503.58

518.63

508.79

514.08

519.28

516.57

515.91

523.96

509.65

517.44

524.40

516.24

520.47

538.02

535.33

CO NSTRUCTIO N........................................................

456.92

462.20

447.72

451.28

460.69

461.54

464.44

461.77

469.38

468.03

477.40

472.15

448.47

459.91

457.93

MANUFACTURING
Current d o lla rs .........................................................
Constant (1977) d o lla rs .........................................

373.63
220.43

385.56
219.69

380.03
220.69

374.37
216.52

381.78
219.79

380.15
217.85

382.04
218.18

385.70
219.65

382.15
217.38

382.99
217.48

389.64
220.63

388.28
219.37

393.05
221.19

404.35
226.91

393.41
-

Durable g o o d s ...........................................................
Lumber and wood p ro d u c ts ...................................
Furniture and fix tu re s ...............................................
Stone, clay, and glass p ro d u c ts ............................
Primary metal in d u strie s.........................................
Blast furnaces and basic steel p ro d u c ts ..........
Fabricated metal products .....................................

403.24
320.40
271.95
401.94
478.30
527.39
388.33

415.71
326.36
283.29
411.88
484.72
548.69
398.96

410.59
315.90
276.19
392.85
473.55
517.57
395.11

403.60
309.85
270.59
393.09
478.12
544.85
387.44

412.41
317.56
277.85
404.91
481.56
540.09
396.34

410.23
317.58
276.83
411.60
480.73
547.45
395.24

411.64
325.61
275.16
415.52
479.57
543.05
395.79

417.31
336.19
281.46
418.20
486.97
552.86
400.48

410.06
325.54
276.53
418.35
485.34
559.31
394.13

412.05
333.70
285.19
418.49
480.32
550.84
395.93

420.21
337.39
290.14
420.75
487.47
554.14
403.52

418.78
334.92
292.40
418.06
480.65
545.61
401.72

423.72
327.06
292.13
413.82
491.57
557.76
404.77

437.99
332.83
303.40
413.66
503.96
566.25
420.04

424.56
327.89
291.91
408.77
488.87
542.94
406.55

Machinery, except electrical ..................................
Electrical and electronic equipm ent......................
Transportation equipm ent.......................................
Motor vehicles and equipm ent............................
Instruments and related products .........................
Miscellaneous m anufacturing.................................

417.32
370.64
521.79
558.01
365.51
277.38

427.04
384.48
541.45
584.64
376.79
286.83

422.42
379.73
546.08
594.06
369.90
279.08

415.74
373.20
524.15
559.37
369.87
276.82

424.27
383.11
537.59
576.79
374.01
282.24

417.99
376.00
538.04
586.92
368.96
280.86

421.06
377.48
539.30
587.38
372.50
285.38

427.65
385.02
539.32
579.79
376.07
286.10

420.65
376.91
531.30
574.00
370.76
281.78

422.10
383.80
531.30
566.95
373.41
284.59

432.22
387.73
544.43
586.33
381.41
292.00

430.97
388.14
545.28
586.86
377.29
294.19

438.06
396.89
550.41
590.78
384.09
295.47

451.54
409.34
574.62
625.12
403.18
302.88

436.17
399.92
552.98
598.19
384.70
296.65

Nondurable g o o d s ....................................................
Food and kindred pro d u cts....................................
Tobacco m anufactures...........................................
Textile mill p ro d u c ts .................................................
Apparel and other textile products........................
Paper and allied p ro d u c ts ......................................

331.45
333.52
438.40
257.75

336.73
334.96
424.85
257.01
205.13
456.03

333.68
331.89
442.50
254.10
202.35
451.14

338.37
335.23
452.40
258.96
206.85
454.33

337.26
336.73
424.38
257.28
203.20
458.82

339.55
343.20
469.32
260.52
205.98
460.10

342.54
340.29
483.69
266.93
209.19
463.97

341.82
341.60
437.65
258.23
206.34
465.86

344.20
341.34
461.52
270.14
207.32
465.89

348.00
347.21
438.15
275.40
209.88
473.06

346.73
343.00
448.84
276.48

448.67

343.73
341.60
447.06
266.39
208.00
466.34

472.40

350.00
344.92
439.71
279.75
212.18
477.20

358.02
353.68
451.06
283.45
216.13
489.52

350.15
344.99
437.55
279.76
214.70
475.00

Printing and publishing............................................
Chemicals and allied products...............................
Petroleum and coal p roducts.................................
Rubber and miscellaneous
plastics p ro d u cts....................................................
Leather and leather p ro d u c ts ................................

356.26
464.25
586.89

365.31
484.78
603.72

359.25
477.24
597.49

358.08
476.10
594.58

362.30
478.68
601.77

360.00
481.01
595.56

358.08
480.17
583.80

358.45
484.99
596.52

360.69
482.56
606.10

369.74
483.39
605.77

373.98
487.81
620.49

369.53
486.38
620.27

373.76
496.44
610.20

384.12
503.71
623.38

368.48
494.62
623.92

345.69
209.76

350.58
217.09

352.34
211.85

343.44
207.28

347.71
212.43

346.83
215.50

345.61
218.04

350.20
221.54

346.72
218.63

346.36
216.92

351.41
219.41

350.58
216.58

356.01
219.79

366.66
220.78

358.07
216.97

202.02

210.86

TRANSPORTATION AND PUBLIC
U T IL IT IE S ...................................................................

437.73

448.37

438.01

440.66

441.73

441.78

441.73

449.40

448.33

454.86

457.34

452.67

457.02

459.76

452.40

WHOLESALE T R A D E ................................................

345.86

358.36

351.74

352.20

353.82

354.82

357.59

360.99

359.68

358.90

362.00

357.98

361.62

366.99

360.58

RETAIL TRADE ..........................................................

176.40

177.31

173.73

174.31

175.52

175.22

177.91

179.39

180.27

179.07

177.90

175.52

175.80

179.10

173.64

FINANCE, INSURANCE, AND REAL
ESTATE ......................................................................

278.13

288.65

282.83

286.47

286.47

285.74

284.23

291.77

285.68

286.77

292.29

290.40

291.41

298.74

295.93

SERVICES ...................................................................

250.59

260.76

254.80

256.56

256.56

257.21

257.68

261.03

260.17

260.50

263.71

263.71

264.87

268.30

266.99

- Data not available.
p = preliminary

NOTE: See “ Notes on the data” for a description of the most recent benchmark
revision.

17. The Hourly Earnings Index for production or nonsupervisory workers on private nonagricuitural payrolls by
industry
Seasonally adjusted

Not seasonally adjusted
Industry

PRIVATE SECTOR (In current d o lla rs )............................

PRIVATE SECTOR (in constant d o lla rs ).........................

Dec.
1985p

Nov.
1985

163.7

167.3

168.4

168.4

177.4
149.4
166.8
164.3
169.2
155.1
168.2
166.6

180.0
149.0
170.2
169.3
172.2
156.9
174.2
172.4

181.5
151.1
171.2
170.0
173.8
156.8
176.1
174.0

181.2
149.6
171.5
169.8
173.3
157.4
176.0
174.0

95.1

94.1

94.5

1 This series is not seasonally adjusted because the seasonal component is small
relative to the trend-cycle, irregular components, or both, and consequently cannot
be separated with sufficient precision.
- Data not available.


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Federal Reserve Bank of St. Louis

Jan.
1986p

Jan.
1985

Jan.
1985

Sept.
1985

Oct.
1985

Nov.
1985

Dec.
1985 p

Jan.
1986p

163.0

166.7

166.4

167.1

168.3

167.7

149.2
166.3
163.5

150.0
169.1
167.3

149.4
169.4
167.0

148.9
170.1
168.1

150.7
170.8
169.4

149.5
170.9
169.0
_

154.5

157.2
_

156.7
_

157.4
_

158.0

156.8

164.9

171.5

171.1

172.1

173.8

172.3

94.5

94.7

94.3

94.2

94.3

_

_

_

_

_

_

p = preliminary
NOTE: See “ Notes on the data” for a description of the most recent benchmark
revision.

71

MONTHLY LABOR REVIEW
18.

M arch 1986 • Current Labor Statistics: Em ploym ent Data

Indexes of diffusion: industries in which employment increased, data seasonally adjusted

(In percent)

Time span and year

Jan.

Feb.

Mar.

Apr.

May

June

July

Aug.

Sept.

Oct.

Nov.

Dec.

Over 1-month span
1984 ......................................................
1985 ................................................................
1986 ................................................................

67.3
57.6
p65.4

72.7
50.3
p51.6

66.8
55.9
-

67.3
44.6
-

60.5
50.3
-

64.3
47.0
-

65.7
54.9
-

58.1
56.8
-

48.4
45.7
-

66.5
63.5
-

55.1
61.6
-

63.5
63.2

Over 3-month span
1984 ....................................................
1985 ................................................................
1986 ................................................................

78.1
58.6
p63.5

75.9
54.1
-

77.6
46.8
-

68.9
45.9
-

69.7
44.1
-

67.0
49.7
-

65.4
50.5
-

60.3
49.2
-

60.0
53.8
-

56.5
52.7
-

67.0
65.1
-

60.0
p67.8
-

Over 6-month span
1984 ............................................
1985 ................................................................
1986 ................................................................

79.2
52.2
-

77.8
49.5
-

77.3
44.3
-

75.4
44.6
-

69.2
44.3
-

64.9
42.4
-

63.2
46.8
-

64.1
50.0
-

67.0
56.8
-

59.7
p61.6
-

57.6
p58.1
-

60.3
-

81.9
50.8

78.4
48.4

76.8
49.5

75.1
47.3

72.7
46.2

73.0
47.3

70.0
p48.6

65.7
p48.4
“

63.5

60.5

56.2

51.9

Over 12-month span
1984 ................................................................
1985 ..............................................................
1986 ................................................................

"
of

- Data not available.
NOTE: Figures are the percent of industries with employment rising. (Half
the unchanged com ponents are counted as rising.) Data are centered

19.

-

“

_

_

”

~

within the spans. See the “ Definitions" in this section.
data” for a description of the most recent benchmark revision,

See

“ Notes

Annual data: Employment status of the noninstitutional population

(Numbers in thousands)
Employment status

1977

1978

1979

1980

1981

1982

1983

1984

1985

Noninstitutional pop ulation ........................................

160,689

163,541

166,460

169,349

171,775

173,939

175,891

178,080

179,912

Labor force
Total (num ber)........................................................
Percent of pop ulation...........................................

100,665
62.6

103,882
63.5

106,559
64.0

108,544
64.1

110,315
64.2

111,872
64.3

113,226
64.4

115,241
64.7

117,167
65.1

Employed
Total (num ber)..................................................
Percent of population .....................................
Resident Armed F o rce s...............................
Civilian
Total .............................................................
A g riculture.................................................
Nonagricultural industries.......................

93,673
58.0
1,656

97,679
60.0
1,631

100,421
60.0
1,597

100,907
60.0
1,604

102,042
59.0
1,645

101,194
58.0

1,668

102,510
58.0
1,676

106,702
60.0
1,697

108,856
60.0
1,706

92,017
3,283
88,734

96,048
3,387
92,661

98,824
3,347
95,477

99,303
3,364
95,938

100,397
3,368
97,030

99,526
3,401
96,125

100,834
3,383
97,450

105,005
3,321
101,685

107,150
3,179
103,971

Unemployed
Total (num ber).................................................
Percent of labor fo r c e ...................................

6,991
6.9

6,202
6.0

6,137
5.8

7,637
7.0

8,273
7.5

10,678
9.5

10,717
9.5

8,539
7.4

8,312
7.1

Not in labor force (number) ...................................

60,025

59,659

59,900

60,806

61,460

62,067

62,665

62,839

62,744

20.

Annual data: Employment levels by industry

(Numbers in thousands)
Industry

1977

1978

1979

1980

1981

1982

1983

1984

Total em ploym ent...........................................................................
Private se c to r.................................................................................
G oods-producing.......................................................................
M in in g .....................................................................................
Construction .........................................................................
M anufacturing.......................................................................

82,471
67,344
24,346
813
3,851
19,682

86,697
71,026
25,585
851
4,229
20,505

89,823
73,876
26,461
958
4,463
21,040

90,406
74,166
25,658
1,027
4,346
20,285

91,156
75,126
25,497
1,139
4,188
20,170

89,566
73,729
23,813
1,128
3,905
18,781

90,196
74,330
23,334
952
3,948
18,434

94,461
78,477
24,730
974
4,345
19,412

97,698
81,403
25,056
969
4,661
19,426

Service-producing......................................................................
Transportation and public u tilitie s ......................................
Wholesale trade ....................................................................
Retail trade ............................................................................
Finance, insurance, and real estate ..................................
S e rvices...................................................................................

58,125
4,713
4,708
13,808
4,467
15,303

61,113
4,923
4,969
14,573
4,724
16,252

63,363
5,136
5,204
14,989
4,975
17,112

64,748
5,146
5,275
15,035
5,160
17,890

65,659
5,165
5,358
15,189
5,298
18,619

65,753
5,082
5,278
15,179
5,341
19,036

66,862
4,954
5,268
15,613
5,468
19,694

69,731
5,171
5,550
16,584
5,682
20,761

72,642
5,300
5,769
17,426
5,924
21,929

G overnm ent...........................................................................
F ederal..............................................................................
S ta te ..................................................................................
Local .................................................................................

15,127
2,727
3,377
9,023

15,672
2,753
3,474
9,446

15,947
2,773
3,541
9,633

16,241

16,031
2,772
3,640
9,619

15,837
2,739
3,640
9,458

15,869
2,774
3,662
9,434

15,984
2,807
3,712
9,465

16,295
2,875
3,780
9,640

NOTE: Data include Alaska and Hawaii beginning in 1959. See
“ Notes on the data” for a description of the most recent benchmark

72

https://fraser.stlouisfed.org
Federal Reserve Bank of St. Louis

2,866
3,610
9,765

revision.
p = preliminary

_

”

1985 p

on

the

21. Annual data: Average hours and earnings of production or nonsupervisory workers on nonagricultural
payrolls, by industry
1984

1985 p

280.70

35.3
8.33
294.05

35.1
8.58
301.16

42.7
10.77
459.88

42.5
11.28
479.40

43.3
11.63
503.58

43.4
11.95
518.63

36.9
10.82
399.26

36.7
11.63
426.82

37.1
11.94
442.97

37.7

12.12
456.92

37.7
12.26
462.20

39.7
7.27
288.62

39.8
7.99
318.00

38.9
8.49
330.26

40.1
8.83
354.08

40.7
9.18
373.63

40.5
9.52
385.56

39.9
8.16
325.58

39.6
8.87
351.25

39.4
9.70
382.18

39.0
10.32
402.48

39.0
10.79
420.81

39.4
437.73

39.4
11.38
448.37

38.8
5.88
228.14

38.8
6.39
247.93

38.5
6.96
267.96

38.5
7.56
291.06

38.3
8.09
309.85

38.5
8.55
329.18

38.6
8.96
345.86

38.7
9.26
358.36

30.6
4.53
138.62

30.2
4.88
147,38

30.1
5.25
158.03

29.9
5.48
163.85

29.8
5.74
171.05

30.0
5.88
176.40

29.7
5.97
177.31

1981

1982

235.10

35.2
7.25
255.20

34.8
7.68
267.26

43.0
8.49
365.07

43.3
9.17
397.06

43.7
10.04
438.75

318.69

37.0
9.27
342.99

37.0
9.94
367.78

40.3
5.68
228.90

40.4
6.17
249.27

40.2
6.70
269.34

Transportation and public utilities
Average weekly hours ...........................................................
Average hourly earning s........................................................
Average weekly earnings ......................................................

39.9
6.99
278.90

40.0
7.57
302.80

Wholesale trade
Average weekly hours ...........................................................
Average hourly earning s........................................................
Average weekly earnings ......................................................

38.8
5.39
209.13

31.6
3.85

1977

1978

1979

Private sector
Average weekly h o u rs .................................................................
Average hourly earnings .............................................................
Average weekly e arning s............................................................

36.0
5.25
189.00

35.8
5.69
203.70

35.7
6.16
219.91

Mining
Average weekly hours ...........................................................
Average hourly earnings........................................................
Average weekly earnings ......................................................

43.4
6.94
301.20

43.4
7.67
332.88

Construction
Average weekly hours ...........................................................
Average hourly earning s........................................................
Average weekly e a rn in g s ......................................................

36.5

36.8

8.10

8.66

295.65

Manufacturing
Average weekly h o u rs ...........................................................
Average hourly earnings........................................................
Average weekly earnings ......................................................

Industry

1980

35.3

6.66

1983

35.0

8.02

11.11

Retail trade
Average weekly hours ...........................................................
Average hourly earning s........................................................
Average weekly earnings ......................................................

121.66

31.0
4.20
130.20

Finance, insurance, and real estate
Average weekly hours ...........................................................
Average hourly e arning s........................................................
Average weekly earnings ......................................................

36.4
4.54
165.26

36.4
4.89
178.00

36.2
5.27
190.77

36.2
5.79
209.60

36.3
6.31
229.05

36.2
6.78
245.44

36.2
7.29
263.90

36.5
7.62
278.13

36.4
7.93
288.65

Services
Average weekly hours ...........................................................
Average hourly earning s........................................................
Average weekly earnings ......................................................

33.0
4.65
153.45

32.8
4.99
163.67

32.7
5.36
175.27

32.6
5.85
190.71

32.6
6.41
208.97

32.6
6.92
225.59

32.7
7.31
239.04

32.8
7.64
250.59

32.8
7.95
260.76

p = preliminary


https://fraser.stlouisfed.org
Federal Reserve Bank of St. Louis

MONTHLY LABOR REVIEW
22.

M arch

1986 • Current Labor Statistics: Compensation and Industrial Relations Data

Employment Cost Index, compensation,1 by occupation and industry group

(June 1981 = 100)
1983

1984

1985

Percent change

Series

3
months
ended

12
months
ended

Dec.

Mar.

June

117.8

119.8

120.8

122.4

123.9

125.5

126.4

128.4

129.2

0.6

4.3

118.9
115.8
119.1

120.9
117.7

122.1
122.1

125.5
120.9
126.8

127.3

122.0

124.0
119.6
124.6

127.8

128.3
123.1
128.0

130.7
124.4
130.9

131.6
124.9
131.8

.7
.4
.7

4.9
3.3
3.9

116.0
118.6

119.1
125.5
123.7

120.4
123.3
128.8
126.9

122.0

121.4

117.9
120.7
125.0
122.9

123.9
126.2
131.9
130.1

124.6
127.2
132.6
130.3

125.5
129.7
136.4
134.2

126.0
130.6
137.1
134.8

.4
.7
.5
.4

3.3
4.6
4.7
4.8

117.0

119.0

120.1

121.1

122.7

124.2

125.2

126.8

127.5

.6

3.9

117.9
115.7
117.9

119.9
117.5
121.5

121.4
118.4

123.9

125.8
121.9
126.3

127.1
126.5

128.8
124.0
128.8

129.8
124.4
129.5

.8

121.2

122.4
119.3
123.2

.3
.5

4.8
3.2
3.0

116.0
117.5

117.9
119.6

119.1
120.7

120.4

122.0

121.6

123.1

123.9
124.4

124.6
125.6

125.5
127.6

126.0
128.4

.6

3.3
4.3

Sept.

Dec.

Mar.

June

Sept.

Dec.

Dec., 1985
Civilian workers 2 ..........................
Workers, by occupational group:
White-collar w o rk e rs .................
Blue-coliar w o rkers....................
Service w o rk e rs .........................
Workers, by industry division:
M anufacturing............................
Nonm anufacturing.....................
S e rv ic e s ...................................
Public administration 3 ...........

Private industry w o rk e rs ............
Workers, by occupational group:
White-collar w o rke rs.................
Blue-collar w o rke rs....................
Service w o rk e rs .........................
Workers, by industry division:
M anufacturing.............................
Nonmanufacturing .....................

State and local government workers
Workers, by occupational group:
White-collar w o rkers...........................
Blue-collar w o rke rs.............................
Workers, by industry division:
S e rvice s................................................
S c h o o ls ..............................................
Elementary and secondary.........
Hospitals and other services 4 ........
Public administration 3 ......................... .

122.6

74

121.6

124.8
130.9
128.6

120.6
125.7

122.2

122.8

.4

122.0

123.9

124.4

128.8

130.1

131.7

132.0

136.5

137.5

.7

5.7

122.6

124.5
121.9

125.0
122.3

129.7
125.0

131.1
125.9

132.5
128.1

132.9
128.5

137.6
131.9

138.6
132.7

.7

5.7
5.4

124.5
124.5
125.4
124.4
122.9

125.0
124.7
125.7
125.7
123.7

129.9
130.6
132.1
127.9
126.9

131.3
132.0
133.5
129.2
128.6

132.8
133.4
134.4
131.1
130.1

133.2
133.7
134.6
131.5
130.3

137.9
139.1
140.9
134.1
134.2

139.1
140.3
142.0
135.2
134.8

119.2

122.6
122.6
123.9

122.6
121.4

1 Cost (cents-per-hour worked) measured in the Employment Cost Index
consists of wages, salaries and employer cost of employee benefits.
2 Consist of private industry workers (excluding farm and household workers)


https://fraser.stlouisfed.org
Federal Reserve Bank of St. Louis

118.6

.6
.9
.9

.8
.8

4

5.9
6.3
6.4
4.6
4.8

and State and local government (excluding Federal Government) workers.
3 Consists of legislative, judicial, administrative, and regulatory activities.
4 Includes, for example, library, social, and health services.

23.

Employment Cost Index, wages and salaries only, by occupation and industry group

(June 1981 = 100)
1984

1983

Percent change

1985

Series
Dec.

Mar.

June

Sept.

Dec.

Mar.

June

Sept.

Dec.

3
months
ended

12
months
ended

Dec., 1985

Civilian workers ' ...........................................................................
Workers, by occupational group:
White-collar w o rk e rs .................................................................
Blue-collar w o rkers....................................................................
Service w o rk e rs .........................................................................

116.5

117.9

118.8

120.3

121.7

123.1

124.2

126.3

127.0

0.6

4.4

117.9
114.0
117.4

119.3
115.3

120.4
116.1
119.8

122.2
117.0
122.3

123.5
118.2
124.3

125.2
119.3
124.8

126.4
120.5
125.3

128.8
128.0

129.8
122.3
128.6

.8
.2

120.0

5.1
3.5
3.5

Workers, by industry division
M anufacturing.............................................................................
Nonmanufacturing .....................................................................
Services ....................................................................................
Public administration 2 ...........................................................

114.5
117.4
121.3
119.4

115.7
118.9
123.3
120.4

116.8
119.7
123.8
121.3

118.0
121.3
127.2
124.4

119.5

121.0

122.6
128.9
125.7

123.9
129.7
127.0

122.3
125.0
130.5
127.2

123.2
127.6
134.2
131.4

123.8
128.4
134.8
132.0

.4
.5

3.6
4.7
4.6
5.0

115.8

117.2

118.2

119.2

120.6

122.0

123.3

124.9

125.6

.6

4.1

117.2
120.4
115.7

118.5

122.2

120.9
125.2

122.3
127.3

110.2

122.2
111.6

118.3

119.8

122.0

122.9

124.0
127.7
123.8
116.3
124.7

125.5
128.7
126.5
117.4
125.6

127.3
131.2
127.7
119.3
127.1

128.3
131.5
128.4
122.5
127.9

.8
.2

121.0

111.2

119.9
123.8
119.2
111.9
120.7

4.9
3.3
5.1
9.8
4.1

113.9
115.4
113.6

115.9
117.3
115.8
112.7
114.1
119.3

116.7
118.0
116.6
113.4
114.7

120.3

122.0

120.8
118.9
114.5
116.7
123.8

122.0
120.1

121.7
123.7

121.1

121.6

.4

121.2

118.0
119.4
117.9
114.0
115.9
123.7

119.1

116.5

115.1
116.5
114.9
111.7
112.9
119.8

115.7
118.5
124.4

117.7
118.6
126.3

117.8
119.8
126.6

.1
1.0
.2

114.5
114.4
114.6

115.7
115.7
115.8

116.8
116.6
117.1

118.0
117.7
118.6

119.5
119.1

122.3

122.0
122.6

123.2
122.7
124.0

123.8
123.4
124.6

.6

120.2

121.0
120.6
121.6

116.5
112.9
116.8
112.3
116.5

118.0
113.3
118.5
114.3
118.2

119.0
114.0
119.3
116.0

119.9
114.3
119.9
116.5
120.7
114.9
115.3
127.1

121.2

122.6

114.4
120.7
118.1
122.9
116.2
115.8
129.5

115.5
121.7
118.8
123.7
116.9

125.9
117.3
124.8
122.7
127.7

126.6
117.9
125.2
123.7
128.3
121.9
126.5
134.1

Private industry w o rk e rs .......................................................
Workers, by occupational group:
White-collar w o rk e rs ............................................................
Professional and technical..............................................
Managers and adm inistrators.........................................
Salesworkers .....................................................................
Clerical w o rk e rs.................................................................
Blue-collar w o rk e rs ..............................................................
Craft and kindred workers ..............................................
Operatives, except tra n s p o rt..........................................
Transport equipment o p e ra tiv e s....................................
Nonfarm la b o re rs ..............................................................
Service workers ...................................................................
Workers, by industry division:
M anufacturing.......................................................................
D u rab les..............................................................................
N ondurables.......................................................................
Nonmanufacturing................................................................
C onstruction.......................................................................
Transportation and public u tilitie s ..................................
Wholesale and retail tra d e ...............................................
Wholesale trade .............................................................
Retail tra d e ......................................................................
Finance, insurance, and real e s ta te ..............................
S e rvices...............................................................................

State and local government w o rk e rs ................................
Workers, by occupational group
White-collar w o rk e rs ............................................................
Blue-collar w o rk e rs ..............................................................
Workers, by industry division
Services .................................................................................
S ch ools................................................................................
Elementary and s e c o n d a ry ..........................................
Hospitals and other services 3 .......................................
Public administration 2 .........................................................

110.2
112.1

118.0

110.6

112.8

116.9
121.9

116.1
124.2

114.4
116.9
124.7

122.0
129.9

123.9
116.6

122.8
121.1
126.8
118.9
121.7
131.0

120.8
124.1
133.9

123.8

.5

.5

.6

.5
2.7

.6
.2
.1

.5
.5

.6
.5
.3

.8
.5
.9
1.9

.1

3.4
3.7
3.1
3.3
3.4
2.3

3.6
3.6
3.7
4.5
3.1
3.7
4.7
4.4
4.9
9.2
3.6

120.0

121.6

122.0

126.1

127.1

128.4

128.7

133.2

134.2

.8

5.6

120.6

122.2

122.5
119.6

127.1
121.9

128.0
122.5

129.3
124.2

129.6
124.5

134.3
127.9

135.3
128.4

.7
.4

5.7
4.8

122.5
122.3
123.0
123.1
121.3

127.2
127.8
129.3
125.1
124.4

128.1
128.7
130.2
125.9
125.7

129.4
129.9
130.8
127.7
127.0

129.7
130.2
131.1
128.0
127.2

134.5
135.8
137.5
130.2
131.4

135.6
137.0
138.5
130.9
132.0

.8

5.9
6.4
6.4
4.0
5.0

116.9

119.1

120.6
120.6

122.2
122.2

121.7

122.9
121.9
120.4

120.6
119.4

1 Consists of private industry workers (excluding farm and household workers)
and State and local government (excluding Federal Government) workers.


https://fraser.stlouisfed.org
Federal Reserve Bank of St. Louis

120.0

110.5

122.0

.9
.7
.5
.5

2 Consists of legislative, judicial, administrative, and regulatory activities,
3 Includes, for example, library, social and health services.

75

MONTHLY LABOR REVIEW
24.

M arch 1986 • Current Labor Statistics: Compensation and Industrial Relations Data

Employment Cost Index, private nonfarm workers, by bargaining status, region, and area size

(June 1981=100)
1983

1984

1985

Percent change

Series
Dec.

Mar.

June

Sept.

Dec.

Mar.

June

Sept.

Dec.

3
months
ended

12
months
ended

Dec., 1985
COMPENSATION
Workers, by bargaining status1
Union ........................................................................................
Manufacturing ............................................................................
Nonm anufacturing.....................................................................

118.8
117.2
120.4

119.3
121.9

121.7
120.5

122.6
121.6

122.8

123.6

123.9
123.2
124.5

124.8
124.2
125.3

125.5
124.2
126.6

126.5
125.0
127.8

127.1
125.5
128.6

N o nunion...................................................................................
Manufacturing ........................................................................
Nonm anufacturing.....................................................................

115.9
114.9
116.4

118.0
116.6
118.6

119.2
117.9
119.8

120.3
119.3
120.7

121.9
122.4

123.8
123.6
123.9

125.0
124.8
125.1

126.8
125.7
127.3

127.5
126.3
128.1

Workers, by region 1
N o rtheast.......................................................................................
South ...........................................................................................
Midwest (formerly North C e ntral)...............................................
W e s t.........................................................................................

117.5
117.1
114.7

118.9
119.7
117.2

120.7
120.7
117.9

122.2
120.8

125.1
124.2

122.0

120.0

121.0

122.2

122.4
120.7
119.7
122.5

124.9

126.8

126.4
125.2
122.7
127.9

128.8
126.5
124.2
129.1

129.9
127.2
124.6
129.8

.3
.5

4.9
4.1
3.1
3.9

117.4
114.5

119.4
116.7

120.6
117.4

121.5
119.0

123.2
119.8

124.7
121.4

125.7
122.5

127.3
123.9

128.1
123.9

.6
.0

4.0
3.4

Workers, by bargaining status
Union ..................................................................................
Manufacturing .............................................................................
Nonm anufacturing.....................................................................

116.9
114.8
118.9

118.1
116.1

119.8
118.1
121.3

120.9
119.5

121.7
120.4

122.1

122.8

123.0
121.7
124.1

124.1

120.1

119.0
117.1
120.7

125.3

124.7
123.3
125.9

.5
.4
.5

3.1
3.2
3.1

N o nunion............................................................................
Manufacturing ......................................................................
Nonmanufacturing ....................................................................

115.2
114.2
115.6

116.7
115.4
117.2

117.8
116.5
118.3

118.8
117.9
119.2

120.4
119.5
120.7

122.1

123.4

121.5
122.3

122.8

125.2
123.7
125.9

125.9
124.4
126.6

.6
.6
.6

4.6
4.1
4.9

Workers, by region 1
N o rtheast...................................................................................
South .....................................................................
Midwest (formerly North C e ntral)...............................................
W e s t..........................................................................

116.6
115.7
113.6
118.5

117.4
117.9
115.5
118.8

118.9
119.0
116.0
119.6

120.5
119.0
117.8

121.9

124.6
123.4

118.7
122.5

125.1

126.8
124.8
122.5
126.6

128.1
125.4
122.9
127.1

1.0

120.0

123.0
122.3
119.6
124.0

.5
.3
.4

5.1
4.3
3.5
3.8

Workers, by area size1
Metropolitan a re a s ....................................................................
Other a re a s .................................................................

116.2
113.4

117.6
115.1

118.6
116.0

119.5
117.5

122.4
119.6

120.6

125.5
121.9

126.3

118.3

122.0

.6
.1

4.4
3.1

Workers, by area size 1
Metropolitan a re a s .......................................................................
Other a re a s ...................................................................................

120.6

120.8

123.8

2.6

0.5
.4

1.9
3.3

.6
.6

4.6
4.6
4.7

.5

.6

.9

.6

WAGES AND SALARIES

1 ne indexes are calculated differently from those for the occupation and
industry groups. For a detailed description of the index calculation, see the

76

https://fraser.stlouisfed.org
Federal Reserve Bank of St. Louis

120.2

121.0

M onthly Labor R eview Technical
Employment Cost Index,” May 1982.

123.6

121.1

123.8

Note,

122.8

"Estimation

procedures

for

the

25. Specified compensation and wage adjustments from contract settlements, and effective wage adjustments, private
industry collective bargaining situations covering 1,000 workers or more (in percent)
Quarterly average

Annual average

1985

1984

Measure
1984

1985
lllp

llp

IV»

I

II

III

IV

I

5.1
4.7

3.5
3.2

2.7
3.1

3.7

3.6
2.7

3.5
3.4

2.0

2.0

2.0

3.0

1.4

2.8

2.6

2.3
1.5

3.3
3.2

2.0

2.1

2.7

2.1
2.6

2.5

3.3

2.8

3.1

1.9

1.2
.2

.7
.3

.8
.1

.8
.2

1.2
.2

.2

.7
.3

.2
.2

.6
.1

.5

.6

.1

.4

Specified adjustments:
Total compensation 1 adjustments , 2 settlements
covering 5,000 workers or more:
First year of c o n tra c t................................................
Annual rate over life of c o n tra c t............................

Wage adjustments, settlements covering 1,000
workers or more:
First year of c o n tra c t...............................................
Annual rate over life of c o n tra c t............................

Effective adjustments:
Total effective wage adjustm ent 3 ............................
From settlements reached in period .....................
Deferred from settlements reached in earlier
p eriods.......................................................................
From cost-of-living-adjustments c la u s e s ..............

3.6

2.6

2.8

2.7

2.4
2.4

2.3
2.7

3.7

3.3
.7

.9

.9

.1

.1

1.8
.8

.4
.3

.7

.8
2.0
.9

1 Compensation includes wages, salaries, and employers' cost of employee
benefits when contract is negotiated.
2 Adjustments are the net result of increases, decreases and no changes in

.2

.5

.2
.1

compensation or wages.
3 Because of rounding total may not equal sum of parts.
p = preliminary

26. Average specified compensation and wage adjustments, major collective bargaining settlements in private
industry situations covering 1,000 workers or more during 4-quarter periods (in percent)
Average for four quarters ending1985

1984

Measure
I

II

IV

III

IVp

lllp

llp

I

Specified total compensation adjustments, settlements covering 5,000
workers or more, all industries:
3.6

3.4

2.8

2.6

3.5
2.7

3.1
2.7

3.2
4.5
2.3

2.4
2.9

2.8
2.8
2.8

2.4

2.4
2.3
2.4
2.4
1.5

2.4
1.9
2.7
2.5

1.8

2.4
2.5
2.4
2.3
1.3

1.8

2.7
2.7
2.5

2.7

2.8

2.8

3.0

2.8

2.6

2.3

2.0

1.5
3.7

2.1

2.1
2.0

.8
.8

2.5
1.4
.9
3.2

2.2

1.5
1.5
1.5

2.6

2.7
4.3
2.5
2.9
3.8

4.8
3.6

4.7
3.5

4.2
3.2

3.5
4.0
3.0
3.0

3.5
4.6
2.7
3.1
2.9
3.2
3.0
3.2

(1)

2.8

Specified wage adjustments, settlements covering 1,000 workers or
more:
All industries
First year of c o n tra c t.................................................................................

2.6
3.4
Manufacturing
First year of c o n tra c t..................................................................... ...........

2.6
2.4
2.9

Nonmanufacturing
First year of c o n tra c t.................................................................................

Construction
First year of c o n tra c t................................................................................
Contracts without COLA clauses .........................................................

2.8
2.8

2.8
1.8

3.7

3.6

3.8

3.3

3.8
4.9
3.0
3.1
2.9
3.3

3.7
5.2

3.3
5.4

2.5
5.5

2.6

2.1
2.8

3.1

3.0
3.0
3.0

1.2
.1

.8
-.4
.9
1.7

1.4

.0
1.8

.7

2.2


https://fraser.stlouisfed.org
Federal Reserve Bank of St. Louis

2.9
1.5

2.8
2.2

2.0

1 Data do not meet publication standards.

2.1

p

1.0

2.0

5.1
2.4

2.8

3.1

2.9
4.8

2.6

2.6

.9
4.0
.9
1.4
1.4
1.4

.5
4.0
.4

.9
4.6

1.0
1.4

1.0

4.0
2.7

1.9

2.3

1.6

.9

1.5

1.6

1.0

1.4
2.4

1.8
2.1
1.6

3.2
4.0
3.0
3.3
3.9
3.2

3.3
3.6
3.3
3.3
3.6
3.3

3.0

2.8

1.0

1.1
9.2

(1)

.8

1.0

0

1.4
1.7
1.4

1.7
4.6
1.7

1.5

0)
(1)

2.1

1.7
(1)
(1)

(1)
(1)

= preliminary

77

MONTHLY LABOR REVIEW

M arch 1986 •

Current Labor Statistics: Compensation and Industrial Relations Data

27. Average effective wage adjustments, private industry collective bargaining situations covering 1,000
workers or more during 4-quarter periods (in percent)
Average for four quarters endingEffective wage adjustment

1984

1985

II

III

IV

I

llp

lllp

IVp

3.6
.7

3.5
.9

3.3
.7

1.8
.8

1.8
.8

4.3
3.7

4.1
3.4
3.7

2.8

2.2

For all workers:1
T o ta l.....................................................................................
From settlements reached in period ..........................
Deferred from settlements reached in earlier period
From cost-of-living-adjustments c la u s e s ....................

4.3

4.2

3.7

1.0
2.2
1.1

1.0
2.1
1.2

.8
2.0

2.2

.9

.7

3.5
.9
1.9
.7

For workers receiving changes:
T o ta l.............................................................................................
From settlements reached in period ...................................
Deferred from settlements reached in earlier p e rio d .......
From cost-of-living-adjustments c la u s e s .............................

5.3
3.6
4.9
4.0

5.0
3.7
4.2
3.2

4.4
3.0
4.0
2.7

4.5
2.9
4.2
2.3

4.2
2.9
3.9
2.3

1 Because of rounding total may not equal sum of parts.

p

2.8

= preliminary

,2« J pecified compensation and wage adjustments from contract settlements, and effective wage adjustments, State and
lO C a l n n v p r n m p n t r n

________ ■___ j

o p liu a h a r / ia în m »

_____ .

'

Annual average

Measure

Second 6 months
1985p

1984

1985

5.2
5.4

4.2
5.2

3.8
5.3

4.8
5.1

4.6
5.4

4.4
5.6

5.0
1.9
3.1
n

5.8
4.1

4.1
3.2
.9
(4)

Specified adjustments:
Total compensation 1 adjustments , 2 settlements covering 5,000 workers or more:
First year of c o n tra c t...............................................................
Annual rate over life of c o n tra c t................................................................... .......................

Wage adjustments, settlements covering 1,000 workers or more:
First year of contract .....................................................................
Annual rate over life of c o n tra c t............................................. ............

Effective adjustments:
Total effective wage adjustm ent 3 ..............................................................................
From settlements reached in p e rio d .........................................................
Deferred from settlements reached In earlier p e rio d s ............................ ZZZZZZZ............
From cost-of-living-adjustment c la u s e s ...........................................................

1 Compensation includes wages, salaries, and employers’ cost of employee

1.6
C)

Because of rounding total may not equal sum of parts.
Less than .05 pe rc e n t.

benefits when contract is negotiated.
2 Adjustments are the net result of increases, decreases and no changes in
compensation or wages.

3 = preliminary

29. Work stoppages involving 1,000 workers or more
Annual totals

1985

Measure
1984
Number of stoppages:
Beginning in p e rio d ................
In effect during p e rio d ...........

Workers involved:
Beginning in period (in
thousands).......................
In effect during period (in
thousands)..................

Days idle:
Number (in thousands).....
Percent of estimated working
time 1 .....................

1985

Jan.

Feb.

Mar.

Apr.

62

68

9

t3

12


https://fraser.stlouisfed.org
Federal Reserve Bank of St. Louis

8

June

2
8

July

2
8

Aug.p

9
13

Sept.»

6
18

Oct.p

Nov.p

Dec.»

Jan.p

11
20

4
18

2
11

2
8

-

-

376.0

15.2

6.2

6.9

15.7

52.3

15.3

69.5

74.6

25.0

8.2

-

391.0

48.2

14.1

14.8

28.5

60.2

66.8

93.9

117.3

64.6

38.1

-

698.5

229.5

203.3

454.3

500.2

869.7

931.4

1,433.0

651.2

665.4

-

.03

.01

.01

.02

.02

.03

.04

.06

.03

.03

-

8,499.0
.04

278.3

Agricultural and government employees are included In the total employed and total
working time: private household, forestry, and fishery employees are excluded. An
explanation of the measurement of Idleness as a percentage of the total time worked is
found in T otal Economy’ Measure of Strike Idleness, M onthly Labor Review, October

78

May

1968, pp. 54-56.
- Data not available.
p = preliminary

30. Consumer Price Index for All Urban Consumers: U.S. city average, by expenditure category and commodity
service group; and CPI for Urban Wage Earners and Clerical Workers, all items
(1967=100, unless otherwise indicated)

Series

Annual
average

1986

1985
Jan.

Feb.

Mar.

Apr.

May

June

July

Aug.

Sept.

Oct.

Nov.

Dec.

Jan.

322.2
374.7

316.1
367.6

317.4
369.1

318.8
370.7

320.1
372.3

321.3
373.7

322.3
374.8

322.8
375.5

323.5
376.2

324.5
377.4

325.5
378.5

326.6
379.9

327.4
380.8

328.4
381.9

302.0
309.8
296.8
317.0
263.4
258.0
325.7
361.1
398.8
294.4
451.7
294.2
346.6
229.5

299.3
307.3
296.1
312.4
266.6
258.8
320.8
358.0
394.5
295.9
449.4
289.6
339.9
224.3

301.4
309.5
298.6
313.7
267.0
259.2
333.0
359.8
394.8
295.1
452.7
291.5
341.4
225.8

301.6
309.7
298.4
314.4
266.1
258.9
332.1
360.5
394.8
294.9
454.0
292.2
342.6
226.5

301.6
309.6
297.7
314.8
263.6
258.3
333.2
360.8
396.1
294.0
454.0
292.8
343.9
226.7

301.0
308.9
296.2
315.9
259.8
258.4
330.3
361.3
397.6
294.0
454.1
293.4
345.1
227.7

301.4
309.3
296.0
317.3
259.8
257.8
329.0
360.8
398.3
296.0
451.5
293.4
346.9
227.8

301.6
309.5
296.2
317.3
260.5
257.8
328.9
360.6
400.2
297.8
448.2
294.5
347.3
227.8

301.8
309.7
295.9
318.5
259.7
257.4
326.3
361.7
401.8
297.1
449.6
295.8
348.4
228.9

302.1
309.9
295.6
319.2
260.6
258.0
319.9
362.6
401.1
294.8
452.8
296.3
349.9
229.3

302.5
309.8
295.3
318.9
261.1
257.1
317.1
363.0
402.6
291.2
454.1
296.8
350.3
236.4

303.6
311.0
296.6
319.9
266.1
257.1
314.3
362.2
401.4
292.1
451.7
296.8
351.3
236.2

305.6
313.2
299.3
321.9
269.9
256.9
323.9
361.3
402.2
290.3
448.8
297.3
352.1
236.2

307.9
315.6
302.5
322.0
271.5
257.2
334.4
365.7
405.1
292.1
459.7
298.0
353.1
237.5

349.9
382.0
115.4
264.6
398.4
113.1
113.2
112.4
368.9
421.1
269.6
393.6
488.1
619.5
452.7
240.7
247.2

342.0
371.2

343.6
373.3
112.4
258.4
381.9
110.7
110.7
109.5
366.8
415.8
270.5
386.5
480.8
623.4
443.3
234.3
246.2
200.7
311.5
333.9

344.7
374.3
112.9
259.2
386.1

348.5
379.5
114.5
262.6
396.5
112.4
112.5

350.4
381.0
115.1
263.6
401.6

112.0
366.2
416.0
269.2
393.0
490.0
620.8
454.7
236.8
247.6

112.7
367.6
423.2
265.7
399.4
497.7
612.0
465.6
241.1
247.1

200.0

312.9
338.0

313.6
338.3

352.9
385.9
116.6
266.6
409.9
114.3
114.3
113.0
370.6
425.1
269.2
398.9
494.4
594.6
465.1
244.2
247.0
199.1
313.5
340.7

353.8
386.9
117.0
267.7
410.7
114.6
114.6
113.7
368.7
421.9
268.6
400.5
496.8
601.7
466.5
244.6
247.1
199.0
313.9
341.5

354.4
389.1
117.9
269.9
412.5
115.1
115.1
114.6
368.5
422.2
268.0
395.6
488.4
615.3
453.9
244.7
248.4
200.3
315.7
342.2

355.8
392.3
118.3
272.4
398.1
116.3
116.3
115.0
373.7
426.2
273.3
393.3
483.6
657.3
439.9
245.8
248.8

201.2

351.6
383.2
115.8
265.0
405.1
113.5
113.5
112.7
367.8
421.1
267.8
399.9
497.3
601.9
467.1
242.8
246.5
198.8
313.1
339.8

355.0
391.3
118.4
271.7
408.7
115.8
115.9
114.5
372.7
426.4
271.5
392.1
481.5
641.6
440.5
245.9
248.9

311.8
337.4

345.9
375.9
113.5
260.4
390.9
111.3
111.3
111.4
368.0
418.2
270.4
388.7
483.0
623.5
445.9
236.4
247.9
201.7
312.6
337.9

356.8
393.8
118.8
273.4
401.1
116.7
116.7
115.7
379.1
432.6
277.1
394.6
484.7
650.3
442.6
247.3
248.8
199.8
318.3
343.9

205.9
191.8
197.4
170.0
295.3
213.2
215.8
318.4

205.3
191.0
197.8
168.0
298.3
213.2
215.1
319.4

204.6
190.2
196.4
166.5
300.7
213.9
216.3
319.9

202.8

209.6
195.3
201.5
176.1
302.0
210.9
215.2
324.1

211.2

188.0
194.5
163.4
294.5
211.4
216.7
321.4

205.3
190.6
197.2
167.7
300.6
210.3
217.5
322.9

211.1

215.5
316.0

205.3
191.3
195.2
169.9
302.1
213.1
216.9
317.1

196.7
203.2
177.9
302.1
212.3
214.9
325.7

196.8
203.6
176.5
307.0
215.5
214.9
326.3

172.6
304.1
213.1
214.6
326.9

316.7
311.0
213.8
214.1
386.1
360.6
360.0
348.5
284.5
201.9
309.1
397.3

320.0
314.6
213.9
214.1
386.4
374.2
373.8
348.2
285.8

321.8
316.3
214.3
214.7
380.3
384.7
384.5
350.4
286.6
203.9
311.3
399.3

321.8
316.1
214.3
214.7
376.7
385.5
385.3
351.1
287.6

320.7
314.9
214.2
214.6
374.0
381.9
381.8
351.9
287.7

323.2
317.0
218.2
218.4
376.4
376.7
376.1
355.8
293.9

324.0
317.8
219.2
219.4
375.6
377.5
376.8
357.5
295.2

202.2

202.8

202.8

201.6

202.1

313.0
402.4

313.0
403.7

319.7
313.6
214.2
214.5
374.3
377.7
377.4
353.5
285.8
203.4
310.4
408.0

320.9
314.7
215.9
216.2
375.3
374.6
374.2
355.7
289.6

310.5
398.0

321.4
316.0
214.2
214.5
384.2
381.6
381.4
349.6
285.6
201.3
310.7
398.4

315.4
411.5

321.2
412.8

322.7
412.9

323.9
317.3
219.7
219.9
374.1
373.3
372.5
357.9
297.7
203.4
325.5
419.6

1984

1985

311.1
361.9

Food and b eve rag es........................................................................
F o o d ................................................................................................
Food at h o m e ..................................................................................
Cereals and bakery pro d u c ts ......................................................
Meats, poultry, fish, and e g g s .....................................................
Dairy p ro d u cts...............................................................................
Fruits and vegetables...................................................................
Other foods at h o m e ....................................................................
Sugar and s w e e ts ......................................................................
Fats and o ils ...............................................................................
Nonalcoholic beverages............................................................
Other prepared fo o d s ................................................................
Food away from home ...................................................................
Alcoholic beverages...........................................................................

295.1
302.9
292.6
305.3
266.6
253.2
317.4
352.2
389.1
288.0
443.0
284.9
333.4

Housing ..................................................................................................
Shelter ..........................................................................
Renters' costs (12/82 = 1 0 0 )........................................................
Rent, residential............................................................................
Other renters’ costs .....................................................................
Homeowners’ costs ( 1 2 / 8 2 - 1 0 0 ) ...............................................
Owners’ equivalent rent ( 1 2 /8 2 = 1 0 0 ).....................................
Household insurance ( 1 2 / 8 2 - 1 0 0 ) ..........................................
Maintenance and repairs................................................................
Maintenance and repair services ..............................................
Maintenance and repair com m odities.......................................
Fuel and other u tilitie s.......................................................................
Fuels ...................................................................................
Fuel oil, coal, and bottled g a s ...................................................
Gas (piped) and electricity ..........................................................
Other utilities and public s e rv ic e s .................................................
Household furnishings and ope rations...........................................
H ousefurnishings............................................................
Housekeeping supplies...................................................................
Housekeeping services...................................................................

336.5
361.7
108.6
249.3
373.4
107.3
107.3
107.5
359.2
409.7
262.7
387.3
485.5
641.8
445.2
230.2
242.5
199.1
303.2
327.5

Apparel and u p k e e p .....................................................................
Apparel com m o dities..................................................................
Men’s and boys’ ap p a re l..............................................................
W omen’s and girls’ apparel ................................................
Infants’ and toddlers’ ap p a re l.................................
Foo tw ear..........................................................
Other apparel com m odities........................................................
Apparel services........................................................

200.2
187.0
192.4
163.6
287.0
209.5
216.4
305.0

Transportation ................................................................
Private transportation.........................................................................
New ve h icle s.....................................................................................
New c a rs .........................................................................................
Used c a r s ..........................................................................................
Motor fuel ..........................................................................................
G asoline..............................................................
Maintenance and re p a ir..........................................................
Other private tran sportation...........................................................
Other private transportation com m o dities................................
Other private transportation services........................................
Public transportation..........................................................................

CONSUMER PRICE INDEX FOR ALL URBAN CONSUMERS:
All ite m s ..................................................................................
All items (1 9 5 7 -5 9 -1 0 0 ).........................................................

222.1

200.1
313.6
338.9
206.0
191.6
197.9
169.5
299.7

111.8
257.1
378.5

110.0
110.0
109.0
366.0
414.7
269.9
387.2
481.2
621.6
444.1
235.3
244.2
198.8
309.9
331.3

201.8

110.8
110.9
110.4
370.0
422.2
270.6
388.2
482.2
620.8
445.5
236.3
246.9

200.6

112.8
112.8

200.8

200.1

316.4
342.7

317.7
343.2

212.1

199.8
185.7
193.2
161.3
290.3
208.6

215.5
320.9

312.5

311.7
306.6
208.0
208.5
375.7
370.7
370.2
341.5
273.3
201.5
295.0
385.2

319.9
314.2
214.9
215.2
379.7
373.8
373.3
351.4
287.6

314.7
309.1
212.7
213.1
382.8
357.6
356.8
346.9
283.9

202.6

202.0

312.8
402.8

308.3
394.5

314.3
308.7
213.6
213.9
384.6
352.4
351.6
348.2
284.4
203.8
308.5
394.4

Medical c a r e ......................................................
Medical care com m o dities................................................................
Medical care services........................................................................
Professional se rv ic e s ......................................................................
Other medical care s e rv ic e s ..........................................................

379.5
239.7
410.3
346.1
488.0

403.1
256.7
435.1
367.3
517.0

391.1
248.2
422.4
356.8
501.7

393.8
249.8
425.3
359.3
505.2

396.5
251.9
428.1
361.9
508.0

398.0
253.9
429.4
363.0
509.6

399.5
255.2
430.9
364.5
511.2

401.7
257.0
433.0
366.4
513.6

404.0
257.8
435.8
368.1
517.6

406.6
259.3
438.6
370.0
521.6

408.3
260.2
440.5
371.7
523.9

410.5
261.3
443.0
373.2
527.4

413.0
262.7
445.8
375.5
530.8

414.7
262.9
448.0
377.1
533.6

418.2
264.5
451.9
378.9
540.3

E ntertainm ent..............................................................
Entertainment commodities ..............................................................
Entertainment se rvice s......................................................................

255.1
253.3
258.3

265.0
260.6
271.8

261.0
257.1
267.0

261.3
257.9
266.7

262.2
258.7
267.6

263.3
259.5
269.2

263.6
259.5
269.9

264.8
260.1
272.0

265.7
260.8
273.3

265.7
260.5
273.6

266.8
262.5
273.3

268.4
264.0
275.2

269.0
264.0
276.6

268.3
262.5
277.1

270.8
264.7
279.9

Other goods and services ...................................................................
Tobacco p ro d u c ts ..............................................................................
Personal c a re .......................................................................................
Toilet goods and personal care appliances................................
Personal care s e rv ic e s ...................................................................
Personal and educational expenses...............................................
School books and supp lies............................................................
Personal and educational s e rv ic e s ..............................................

307.7
310.0
271.4
269.6
274.1
365.7
322.8
375.6

326.6
328.5
281.9
278.5
286.0
397.1
350.8
407.7

319.1
321.0
277.2
274.0
281.1
385.6
340.7
395.9

320.5
323.2
278.2
275.4
281.7
386.9
343.8
396.9

321.1
323.7
278.7
276.0
282.0
387.6
343.9
397.8

321.8
324.0
279.8
277.1
283.3
388.3
344.5
398.5

322.3
324.1
280.9
277.5
285.0
388.5
344.5
398.8

323.0
324.8
281.7
277.9
286.1
389.1
344.9
399.4

325.0
330.0
282.3
278.9
286.3
390.1
345.5
400.4

326.0
331.5
283.3
279.4
287.7
390.7
346.1
401.1

333.3
332.8
284.1
280.6
288.2
412.5
362.1
423.9

334.9
334.4
285.0
281.4
289.2
414.7
364.5
426.2

335.3
334.7
285.4
281.1
290.2
415.4
364.7
426.9

336.5
337.4
286.3
282.5
290.6
415.5
364.7
427.0

339.1
342.7
288.1
285.3
291.8
416.8
371.0
427.6

212.2

187.5
192.8
164.1
298.8

210.1

202.8

209.0
194.2

202.0

205.0
189.5
198.6
164.4
313.9
209.1
215.5
329.8

See footnotes at end of table.


https://fraser.stlouisfed.org
Federal Reserve Bank of St. Louis

79

MONTHLY LABOR REVIEW

March

1986

•

Current Labor Statistics:

Price Data

30. Continued— Consumer Price Index for All Urban Consumers: U.S. city average, by expenditure category and commodity
service group; and CPI for Urban Wage Earners and Clerical Workers, all items
(1967=100, unless otherwise indicated)
Annual
average

Series

1985

1986

Jan.

Feb.

Mar.

Apr.

May

June

July

Aug.

Sept.

Oct.

Nov.

Dec.

Jan.

322.2
286.7
302.0

316.1
282.7
299.3

317.4
284.0
301.4

318.8
285.3
301.6

320.1
286.8
301.6

321.3
287.0
301.0

322.3
286.9
301.4

322.8
286.5
301.6

323.5
286.5
301.8

324.5
287.1
302.1

325.5
287.9
302.5

326.6
289.2
303.6

327.4
289.9
305.6

328.4
290.1
307.9

275.7
187.0
325.8
266.5

282.1
191.6
333.3
270.7

274.4
185.7
324.5
270.2

274.7
187.5
324.2
271.4

277.9
191.3
327.1
271.9

281.5
191.8
332.3
272.6

283.1
191.0
335.1
271.6

283.5
190.2
336.2
270.4

282.9
188.0
336.4
269.3

283.1
190.6
335.4
268.6

284.6
195.3
335.3
268.7

285.3
196.7
335.6
270.2

286.8
196.8
337.8
271.5

286.8
194.2
339.1
271.4

284.9
189.5
338.7
271.4

363.0
107.7
108.1
321.1
410.3
296.0

381.5
113.9

372.1

383.3
114.3
113.2
337.0
435.8
313.0

384.9
115.1
113.2
337.4
438.6
313.8

386.5
115.4
113.5
337.1
440.5
319.7

112.1

110.8

337.0
435.1
314.1

381.3
113.6
112.7
335.3
433.0
312.0

388.7
116.7

109.8
334.1
429.4
309.9

378.9
113.2
110.9
334.5
430.9
310.7

387.7
116.1

108.9
331.8
422.4
307.1

375.0
111.5
109.7
333.2
428.1
308.6

376.2

111.2

373.5
111.3
108.9
332.2
425.3
307.8

341.1
443.0
321.4

344.7
445.8
322.5

389.5
117.0
110.8
346.1
448.0
322.9

391.7
117.4
111.4
349.0
451.9
324.8

311.3
295.1
106.3
307.3
267.0
270.8
311.9
286.6
108.5
355.6
423.6
302.9
301.2
253.1
409.8
356.4

323.3
303.9
109.7
317.7
272.5
277.2
319.2
293.2
113.5
373.3
426.5
314.8
314.4
259.7
409.9
375.9

319.1
301.5
108.7
314.5
270.6
273.2
313.5
291.0
111.9
366.9
416.6
312.0
310.8
259.3
398.3
369.4

320.8
302.8
109.2
315.8
272.8
276.5
318.1
292.7

322.4
303.4
109.5
317.0
273.4
278.0
320.7
293.3

112.2

112.8
370.9
431.7
313.3
312.8
259.6
417.0
372.9

324.2
304.4
109.9
318.4
272.4
277.9
321.9
293.5
114.2
375.2
437.1
314.5
314.1
258.2
418.1
376.6

318.9
272.3
278.1
321.1
293.7
114.5
376.7
433.8
315.6
315.3
258.8
414.0
378.6

326.2
305.7
110.4
319.9
273.1
279.6
321.0
294.6
115.0
378.3
432.6
316.8
316.9
260.2
411.2
380.2

327.4
306.3
110.7
320.8
274.4
280.7
322.0
295.1
115.1
379.3
427.1
318.4
318.9
262.0
410.1
382.5

328.5
307.2

368.1
424.4
312.7
311.8
260.0
410.8
370.7

323.6
304.3
109.8
317.9
273.1
278.4
321.7
293.7
113.7
373.3
436.8
313.9
313.4
259.0
418.7
374.6

325.0
304.6

364.3
414.5
309.2
307.9
256.5
395.7
366.4

317.4
300.0
108.2
313.1
268.6
270.2
310.8
289.2
111.3
365.5
411.4
310.9
309.5
258.1
391.3
368.0

321.9
275.7
282.0
324.0
296.4
115.2
380.1
425.1
319.8
320.4
262.7
415.2
384.8

328.9
307.9
111.3
322.6
275.7
282.0
325.1
297.4
115.4
380.8
426.5
320.5
320.7
262.2
417.9
385.8

329.5
308.8
111.6
323.4
274.7
280.4
324.9
297.7
116.2
382.7
424.7
321.8
321.6
261.8
413.2
387.9

32.1
27.6

31.0
26.7

31.6
27.2

31.5
27.1

31.4
27.0

31.2
26.9

31.1
26.8

31.0
26.7

31.0
26.6

30.9
26.6

30.8
26.5

30.7
26.4

30.6
26.3

30.5
26.3

30.5
26.2

ZZZZZZi

307.6
357.7

318.5
370.4

312.6
363.6

313.9
365.1

315.3
366.7

316.7
368.3

317.8
369.6

318.7
370.6

319.1
371.2

319.6
371.8

320.5
372.7

321.3
373.7

322.6
375.1

323.4
376.1

324.3
377.1

Food and beverages ......................................................
Food.............................................................................
Food at home ....................................................................
Cereals and bakery products..........................................
Meats, poultry, fish, and eggs.........................................
Dairy products..................................................................
Fruits and vegetables......................................................
Other foods at home.......................................................
Sugar and sweets.........................................................
Fats and o ils .................................................................
Nonalcoholic beverages................................................
Other prepared foods....................................................
Food away from home ............................ ..........................
Alcoholic beverages..............................................................

295.2
302.7
291.2
303.7
266.0
252.2
312.5
352.7
388.6
287.5
444.4
286.4
336.7
225.3

301.8
309.3
295.3
315.4
262.7
256.9
320.3
361.5
398.3
293.9
453.2
295.7
349.7
232.6

299.1
306.9
294.5
310.7
266.0
257.8
314.9
358.3
394.0
295.3
450.9
290.9
343.0
227.6

301.2
309.0
297.0
311.9
266.3
258.3
327.1
360.2
394.4
294.7
454.2
292.9
344.6
229.1

301.6
309.3
296.9
312.7
265.6
257.8
326.8
361.0
394.2
294.3
455.5
293.7
345.8
229.9

301.4
309.2
296.1
313.1
262.9
257.2
328.1
361.3
395.5
293.7
455.6
294.2
347.1
229.9

300.8
308.4
294.6
314.1
259.2
257.3
324.8
361.6
396.9
293.6
455.4
294.9
348.4
230.8

301.2
308.8
294.5
315.7
259.3
256.7
323.5
361.3
398.0
295.6
453.0
295.0
350.1
231.0

301.4
309.0
294.6
315.7
259.7
256.6
323.9
361.1
399.8
297.3
449.8
296.1
350.4
231.0

301.6
309.1
294.3
316.8
259.0
256.3
320.6
362.2
401.4
296.5
451.2
297.3
351.5
232.2

301.8
309.3
294.0
317.6
259.9
256.8
313.6
362.9
400.8
294.1
454.1
297.7
353.0
232.6

302.2
309.3
293.7
317.3
260.4
255.9
311.2
363.4
402.2
290.6
455.6
298.3
353.4
239.1

303.4
310.6
295.2
318.2
265.4
255.9
309.4
362.5
400.9
291.8
453.1
298.3
354.4
238.8

305.4
312.8
297.9
320.4
269.2
255.7
319.3
361.6
401.8
289.6
450.4
298.7
355.2
239.1

307.7
315.1
300.9
320.4
270.7
256.0
329.7
366.1
404.7
291.6
461.0
299.4
356.2
240.1

Housing ...................................................................................
Shelter ..................................................................................
Renters’ costs (12/84 = 100)............................................
Rent, residential...............................................................
Other renters’ c o s ts ........................................................
Homeowners’ costs (12/84=100).....................................
Owners’ equivalent rent (12/84=100)...........................
Household insurance (12/84=100)................................
Maintenance and repairs....................................................
Maintenance and repair services ....................................
Maintenance and repair commodities.............................
Fuel and other utilities..........................................................
Fuels ..................................................................................
Fuel oil, coal, and bottled g a s ........................................
Gas (piped) and electricity ..............................................
Other utilities and public services.....................................
Household furnishings and operations.................................
Housefurnishings................................................................
Housekeeping supplies......................................................
Housekeeping services......................................................

329.2
350.0

343.3
370.4

335.7
360.0

337.2
362.0

338.2
363.0

339.5
364.7

342.1
368.1

344.0
369.5

345.0
371.5

346.2
374.0

347.2
375.0

347.5
377.1

348.3
379.3

349.1
380.4

350.1
381.8

248.6
372.4

263.7
397.9

256.3
377.8

257.5
380.8

258.4
385.3

259.6
391.0

261.8
396.7

262.7
401.0

264.1
405.2

265.7
409.6

266.8
409.8

268.9
411.6

270.7
408.0

271.5
397.5

272.5
400.8

356.3
403.5
257.2
388.6
485.0
644.3
444.1
231.2
239.1
197.0
300.2
328.0

364.1
415.0
261.1
394.7
487.5
622.0
451.6
241.6
243.4
197.6
310.7
340.2

360.9
407.8
260.8
388.3
480.7
623.9
443.2
236.3
240.4
196.3
306.9
331.8

361.5
408.8
261.1
387.5
480.3
625.7
442.3
235.1
242.6
198.3
308.5
334.9

364.3
414.8
261.6
389.2
481.6
623.1
444.4
237.2
243.2
198.2
308.9
338.5

363.1
411.7
261.6
389.7
482.3
625.9
444.6
237.3
244.1
199.2
309.8
339.0

361.8
410.1
260.7
393.8
488.9
623.2
453.0
237.7
244.0
198.9
310.0
339.2

362.9
417.0
258.4
400.9
497.7
614.3
465.1
242.0
243.3
197.6
310.8
339.5

363.4
415.3
260.0
401.2
497.0
604.2
466.3
243.7
242.6
196.2
310.3
341.0

365.6
419.6
260.6
400.1
494.0
596.9
464.2
245.1
243.1
196.6
310.4
342.2

364.4
416.8
260.5
401.9
496.7
604.3
465.9
245.6
243.2
196.5
311.0
342.9

364.6
417.4
260.5
396.3
487.2
618.1
452.0
245.7
244.5
197.7
312.7
343.9

367.7
420.9
262.7
393.2
481.0
644.3
439.5
246.8
245.1
198.3
313.5
344.5

368.5
420.1
264.2
394.3
483.1
659.9
438.8
246.7
245.2
197.8
315.0
345.0

373.2
426.2
267.2
395.6
484.1
652.7
441.4
248.3
245.1
197.3
315.8
345.6

Apparel and upkeep................................................................

199.1

205.0

198.5

200.7

204.21 204.9

204.2

203.7

201.8

204.3

208.7

210.2

210.2

208.1

204.1

All ite m s ................................................................................
C om m odities......................................................................
Food and beverages.....................................................
Commodities less food and beverages......................
Nondurables less food and beverages ..................
Apparel com m odities...............................................
Nondurables less food, beverages, and apparel
Durables........................................................................
S e rvices..............................................................................
Rent of sh e lte r................................................................
Household services less rent of shelter ....................
Transportation se rv ic e s ................................................
Medical care services....................................................
Other services ................................................................
Special indexes:
All items less food .........................................................
All items less s h e lte r....................................................
All items less homeowners’ c o s ts ..............................
All items less medical c a r e ..........................................
Commodities less fo o d .................................................
Nondurables less food .................................................
Nondurables less food and apparel ...........................
Nondurables....................................................................
Services less rent of sh e lte r.........................................
Services less medical c a r e ...........................................
Energy..........................................................................
All items less e n e rg y .....................................................
All items less food and energy ....................................
Commodities less food and e n e rg y .............................
Energy commodities .......................................................
Services less ene rgy......................................................

1984

1985

.
.
.

311.1
280.7
295.1

.
.
.
.
.
.

110.6

316.3
298.9
107.8
311.9
267.8
269.7
310.9
288.0

111.1

112.0

110.1

111.1

Purchasing power of the consumer dollar:
1967

= $ 1 . 0 0 .....................................................................
= $ 1 . 0 0 .................................................

1 9 5 7 -5 9

CONSUMER PRICE INDEX FOR URBAN WAGE EARNERS
AND CLERICAL WORKERS:

All items ...........................................................................
All items (1957-59=100)...................................

See footnotes at end of table.

80


https://fraser.stlouisfed.org
Federal Reserve Bank of St. Louis

30. Continued— Consumer Price Index for All Urban Consumers: U.S. city average, by expenditure category and commodity
service group; and CPI for Urban Wage Earners and Clerical Workers, all items
(1967=100, unless otherwise indicated)

Series

1986

1985

Ann ual
aver age

Dec.

Jan.

194.1
174.5
317.3
213.6
202.4
324.4

189.4
198.8
166.1
332.7
209.9
203.5
327.2

324.6
320.1
217.5
217.8
376.4
378.7
378.1
357.2
293.7
203.7
320.2
400.1

325.3
320.8
218.6
218.8
375.6
379.6
378.9
359.0
294.7
204.3
321.3
400.2

325.1
320.2
219.0
219.2
374.1
375.3
374.6
359.4
296.9
205.6
323.7
408.6

408.5
260.9
440.6
373.7
524.4

410.9
262.2
443.2
375.8
527.5

412.6
262.3
445.4
377.6
530.4

416.0
264.1
449.2
379.3
536.9

261.6
256.0
272.6

263.0
257.1
274.6

263.7
257.2
276.3

263.0
255.7
276.8

265.4
257.8
280.0

322.9
331.1
280.9
280.0
282.2
393.2
351.2
403.6

328.7
332.4
281.8
281.1
282.8
414.5
366.9
426.1

330.1
334.0
282.7
282.0
283.7
416.5
369.2
428.1

330.5
334.3
283.1
281.9
284.8
417.3
369.3
428.9

331.9
337.1
284.0
283.3
285.2
417.4
369.4
429.1

334.9
342.4
285.9
285.9
286.4
418.9
375.6
429.7

320.5
286.8
301.8
286.5
195.1
336.4
263.1

321.3
287.6
302.2
287.0
196.6
336.5
264.5

322.6
288.9
303.4
288.5
196.5
338.8
265.7

323.4
289.7
305.4
288.7
194.1
340.1
265.7

324.3
289.8
307.7

285.0
187.8
337.6
263.8

319.6
286.3
301.6
285.1
190.4
336.6
263.1
380.7
332.4
436.1
310.1

382.0
331.4
438.1
315.0

383.0
-

384.2

385.1

387.2

330.6
430.7
308.4

379.2
332.2
433.3
309.3

335.5
440.6
316.7

339.3
443.2
317.8

340.5
445.4
318.3

343.3
449.2
320.4

318.7
303.0
313.7
273.8
279.8
321.8
294.0
366.8
431.3
308.6
307.3
256.8
418.0
368.4

319.8
303.9
314.6
273.6
280.4
322.9
294.4
369.3
436.9
309.1
307.8
256.2
419.9
369.9

320.3
304.0
314.9
272.8
280.0
323.2
294.3
371.1
437.2
309.5
308.3
255.3
419.6
371.9

320.9
304.0
315.3
272.7
280.2
322.4
294.5
372.5
433.9
310.4
309.4
255.8
415.7
373.7

321.9
304.8
316.1
273.4
281.5
322.3
295.2
373.6
432.5
311.5
310.7
257.2
412.6
374.9

322.9
305.4
316.9
274.5
282.4
323.1
295.7
374.5
426.6
313.0
312.7
258.8
411.2
377 3

324.2
306.4
318.1
275.9
283.8
325.0
297.1
375.5
425.4
314.5
314.2
259.5
416.3
379.8

324.6
307.2
318.9
275.9
283.9
326.3
298.2

325.1
307.9

376.2
426.8
315.3
314.6
259.2
418.9
380.8

378.2
424.7
316.5
315.4
258.8
414.1
382.9

31.5
27.1

31.4
27.0

31.3
26.9

31.3
26.9

31.2
26.8

31.1
26.8

31.0
26.7

30.9
26.6

30.8
26.5

Oct.

Nov.

178.2
314.9

196.6
203.5
180.0
314.8

211.0

212.6

202.5
321.6

202.4
323.2

196.5
203.7
178.3
320.7
215.9
202.5
323.6

322.3
318.0
213.5
213.9
374.0
383.8
383.7
352.9
287.6
204.9
312.1
393.5

321.1
316.6
213.5
213.8
374.3
379.5
379.2
354.5
285.2
205.6
308.9
396.8

322.2
317.6
215.3
215.5
375.3
376.3
375.8
356.9
289.2
205.0
314.1
399.3

402.0
257.4
433.3
368.5
514.4

404.5
259.0
436.1
370.4
518.4

406.3
259.8
438.1
372.1
520.7

260.1
253.9
272.0

260.9
254.5
273.2

260.8
254.3
273.3

318.8
323.6
278.6
277.8
279.7
390.9
349.5
401.2

319.5
324.4
279.2
278.2
280.7
391.6
349.9
401.9

321.8
329.7
279.9
279.2
280.9
392.5
350.6
402.9

316.7
286.7
301.4
276.3
283.2
191.5
333.1
267.3

317.8
286.8
300.8
277.5
284.9
190.7
336.0
266.3

318.7
286.8
301.2
277.7
285.4
190.0
337.2
265.1

319.1
286.4
301.4

372.2
-

374.9
-

377.4
-

Jan.

Feb.

Mar.

Apr.

May

June

July

Aug.

185.1
193.6
162.1
299.7
209.5
199.9
310.2

187.2
193.1
165.8
310.1

190.9
195.7
171.5
314.5
213.4
204.2
314.7

191.5
197.8
172.0
306.4
213.3
203.3
316.1

190.7
198.2
169.7
310.6
213.3
202.7
317.0

190.0
196.6
168.4
313.5
214.1
204.0
317.6

187.8
194.8
165.5
306.4

204.5
302.9

191.3
198.2
171.3
311.7
212.5
203.1
318.5

204.5
319.0

190.4
197.3
169.9
311.2
210.5
205.2
320.5

Transportation ........................................................................................
Private transportation.........................................................................
New vehicles....................................................................................
New c a rs .........................................................................................
Used c a r s ..........................................................................................
Motor fuel ..........................................................................................
G asoline..........................................................................................
Maintenance and re p a ir..................................................................
Other private transportation...........................................................
Other private transportation com m odities................................
Other private transportation services........................................
Public tran sportation..........................................................................

313.9
310.1
207.3
207.9
375.7
372.2
371.8
342.2
274.2
203.9
295.4
376.8

321.6
317.4
214.2
214.5
379.7
375.4
375.0
352.6
287.7
204.7
312.3
391.7

316.7
312.6

316.3
312.2

212.0

212.8

212.4
382.8
359.0
358.2
347.9
284.7
204.2
308.6
384.2

213.1
384.6
354.0
353.2
349.2
285.2
206.1
308.7
384.2

318.7
314.6
213.2
213.4
386.2
362.2
361.6
349.6
285.1
204.2
309.2
386.7

322.0
318.0
213.2
213.4
386.4
375.7
375.3
349.3
286.3
205.1
310.4
387.4

323.3
319.4
213.5
213.8
384.2
383.0
382.7
350.6
285.9
203.5
310.4
387.6

323.6
319.6
213.6
214.0
380.3
386.2
386.0
351.5
286.9
205.9
310.9
388.4

323.5
319.3
213.6
214.0
376.7
387.2
387.0
352.2
287.7
204.3
312.4
392.1

Medical c a r e ...........................................................................................
Medical care com m o dities................................................................
Medical care services........................................................................
Professional s e rvic e s ......................................................................
Other medical care s e rv ic e s ..........................................................

377.7
239.7
407.9
346.5
484.7

401.2
256.3
432.7
367.7
513.9

389.3
248.0
420.1
357.2
498.8

392.0
249.6
423.1
359.7
502.3

394.6
251.5
425.7
362.4
505.0

396.1
253.5
427.1
363.6
506.6

397.7
254.8
428.7
365.0
508.2

399.8
256.7
430.7
366.8
510.5

Entertainment ........................................................................................
Entertainment com m o dities..............................................................
Entertainment se rvic e s ......................................................................

251.2
247.7
258.5

260.1
254.2
271.6

256.6
251.1
267.4

256.9
251.9
266.8

257.3
252.2
267.4

258.6
253.2
269.2

258.9
253.1
270.0

Other goods and services ...................................................................
Tobacco products ..............................................................................
Personal c a re ......................................................................................
Toilet goods and personal care appliances................................
Personal care services ...................................................................
Personal and educational expenses...............................................
School books and supp lies............................................................
Personal and educational s e rv ic e s ..............................................

304.9
309.7
269.4
270.3
268.8
368.2
327.5
378.2

322.7
328.1
279.6
279.0
280.5
399.3
355.7
410.1

315.6
320.8
274.9
274.6
275.7
387.9
345.5
398.3

317.1
323.0
275.9
275.9
276.3
389.3
348.7
399.4

317.6
323.4
276.3
276.5
276.5
390.1
348.8
400.3

318.3
323.6
277.5
277.5
278.0
390.7
349.4
401.0

All ite m s .....................................................................................................
C om m odities..........................................................................................
Food and beverages..........................................................................
Commodities less food and beverages..........................................
Nondurables less food and beverages .......................................
Apparel com m odities....................................................................
Nondurables less food, beverages, and apparel ....................
Durables.............................................................................................

307.6
280.4
295.2
269.3
277.5
186.6
327.0
261.1

318.5
286.5
301.8

312.6
282.5
299.1
270.7
275.8
185.1
325.2
264.9

313.9
283.8
301.2
271.4
276.2
187.2
324.7
266.2

315.3
285.2
301.6
273.6
279.4
190.9
327.8
266.7

S e rvices...................................................................................................
Rent of shelter (12/84 — 1 0 0 )...........................................................
Household services less rent of shelter ( 1 2 /8 4 = 1 0 0 )...............
Transportation se rv ic e s .....................................................................
Medical care se rvic e s ........................................................................
Other services ....................................................................................

358.0

377.3

-

-

369.6
-

371.0
-

317.2
407.9
292.9

-

-

-

-

-

332.2
432.7
310.1

368.3
327.7
420.1
303.5

328.1
423.1
304.2

328.8
425.7
304.9

329.6
427.1
306.2

329.9
428.7
307.2

307.5
295.1

319.4
303.4

313.7
299.7
309.9
269.0
271.7
311.5
289.8
361.6
410.6
306.4
304.3
255.5
391.8
363.6

315.4
301.1
311.3
271.0
274.7
314.4
291.6
362.8
416.0
307.4
305.5
256.6
399.0
364.9

317.2
302.4
312.6
273.3
278.2
319.1
293.4
364.1
424.2
308.1
306.4
257.2
411.6
366.2

31.9
27.4

31.7
27.3

31.6
27.2

1984

1985

Apparel com m o dities.........................................................................
Men’s and boys’ a p p a re l................................................................
W omen’s and girls' apparel ...........................................................
Infants’ and toddlers’ ap p a re l........................................................
F oo tw ear............................................................................................
Other apparel com m odities............................................................
Apparel services.................................................................................

186.6
192.9
165.0
297.6

Special indexes:
All items less food .............................................................................
All items less shelter .........................................................................
All items less homeowners’ costs ..................................................
All items less medical c a re ...............................................................
Commodities less fo o d ......................................................................
Nondurables less food ......................................................................
Nondurables less food and apparel ...............................................
Nondurables........................................................................................
Services less rent of shelter (12/84 = 1 0 0 )...................................
Services less medical c a r e ...............................................................
E nergy...................................................................................................
All items less energy .........................................................................
All items less food and energy ........................................................
Commodities less food and e n e rg y ................................................
Energy commodities ..........................................................................
Services less ene rgy..........................................................................
Purchasing power of the consumer dollar:
1967— $ 1 .0 0 ........................................................................................
1957-59— $ 1 .0 0 ..................................................................................
-

210.0

-

283.8
191.3
334.2
265.2

-

-

-

304.0
267.1
272.6
313.2
287.4
350.5
423.3
298.3
295.8
250.5
410.5
350.8

314.3
272.8
279.0
320.3
293.9
369.0
426.3
309.9
308.7
256.8
410.9
371.1

312.7
298.6
308.7
268.2
271.2
311.8
288.6
360.4
413.8
304.7
302.7
253.8
396.2
362.0

32.5
28.0

31.4
27.0

32.0
27.5

210.8
203.0
313.6

211.6

-

Sept.
195.1

201.8

202.2

286.9
189.4
339.6
265.6

319.6
275.0
282.3
325.9
298.4

Data not available.


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81

MONTHLY LABOR REVIEW
31.

March 1986

• C u rren t L a b o r S ta tistics: P rice D a ta

Consumer Price Index: U.S. city average and available local area data: all items

(1967=100, unless otherwise indicated)
All Urban Consumers
Area1

sehe-

index
base

Urban Wage Earners

1985

1986

Jan.

Feb.

Sept.

Oct.

Nov.

Dec.

-

316.1

317.4

324.5

325.5

326.6

327.4

-

315.1
310.9

316.7
313.7

326.3
320.5

322.6
319.7

324.2
323.1

U.S. city ave ra g e ...................

1985

1986

Jan.

Feb.

Sept.

Oct.

Nov.

Dec.

Jan.

328.4

312.6

313.9

320.5

321.3

322.6

323.4

324.3

325.9
323.1

326.3
323.1

302.5
301.2

304.0
304.0

312.1
310.3

308.9
309.7

310.9
313.2

312.6
313.1

312.9
313.4

Jan.

Chicago, lll.-Northwestern
Ind.............................................
Detroit, Mich.............................
Los Angeles-Long Beach,
Anaheim, Calif.........................
New York, N.Y.-Northeastern
N.J.............................................
Philadelphia, Pa.-N.J...............

M

-

313.0

314.1

323.8

326.1

325.0

326.1

326.8

308.1

309.1

317.7

320.0

319.1

320.1

320.9

M
M

-

308.4
306.3

310.2
309.2

316.9
316.5

317.4
317.4

319.9
318.8

320.8
319.7

323.1
320.3

302.0
309.4

303.6
312.4

309.3
319.1

309.9
320.3

312.5
321.5

313.5
322.5

315.8
323.0

Anchorage, Alaska
(10/67 = 100) ......................
Baltimore, Md...........................
Boston, Mass............................
Cincinnati, Ohio-Ky.-Ind..........
Denver-Boulder, Colo..............
Miami, Fla. (11/77 = 100)....
Milwaukee, Wis........................
Northeast, Pa............................
Portland, Oreg.-Wash..............
St. Louis, Mo.-lll........................
San Diego, Calif........................
Seattle-Everett, Wash..............
Washington, D.C.-Md.-Va........

1 10/67
1
1
1
1
1 11/77
1
1
1
1
1
1
1
“

278.3
315.2
309.4
325.1
350.6
168.6
324.6
301.5
306.8
313.3
364.1
319.5
314.6

_

284.5
327.5
321.3
329.8
358.0
173.5
332.4
306.8
314.9
321.6
377.3
321.8
323.6

287.1
332.0
327.1
333.2
364.4
174.6
333.9
311.6
321.3
322.4
381.9
327.0
331.1

271.7
315.1
307.8
318.9
346.2
169.8
343.4
301.0
297.4
310.4
329.1
306.7
317.7

280.1
326.3
323.0
326.2
354.1
174.9
353.2
309.6
307.3
318.5
341.9
310.8
330.5

_
_
_

280.2
331.1
324.5
326.0
359.1
175.7
353.0
310.6
311.0
319.1
344.7
313.5
332.6

Alanta, Ga..................................
Buffalo, N.Y...............................
Cleveland, O h io .......................
Dallas-Ft. Worth, Tex...............
Honolulu, H a w aii......................
Houston, Tex.............................
Kansas City, Mo.-Kansas ......
Minneapolis-St. Paul,
Minn.-Wis..................................
Pittsburgh, Pa............................
San Francisco-Oakland, Calif.

M
M

2
2
2
2
2
2
2
2
2
2

"

-

-

-

”

“

-

-

~
“
322.6
301.3
340.4
333.2
292.6
333.6
314.6
330.4
323.8
328.7

~

-

-

'
Region 3
N o rth e a st...............................
North C e n tra l.........................
S o u th ......................................
W e s t.......................................

2
2
2
2

12/77
12/77
12/77
12/77

Population size class 3
A-1 ..........................................
A - 2 ..........................................
B .........................................
C .............................................
D ..............................................

2
2
2
2
2

12/77
12/77
12/77
12/77
12/77

2
2
2
2

12/77
12/77
12/77
11/77

Class B:
Northeast .............................
North C e n tra l.......................
South ......... ..........................
W e s t......................................

2
2
2
2

12/77
12/77
12/77
12/77

82

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Federal Reserve Bank of St. Louis

“

_

168.2
171.2
171.5
171.3

168.5
173.1
171.8
169.7
169.4

_
-

“

_
-

-

-

-

333.0
309.3
348.6
343.9
295.6
337.6
323.1
340.6
328.4
336.7

172.5
174.9
175.7
176.9

172.9
177.6
176.3
173.8
173.8

286.9
327.3
325.4
333.4
359.4
173.9
333.9
310.6
317.1
321.6
379.0
324.0
326.9
-

-

-

-

-

-

-

-

340.4
331.5
336.4

~

174.3
176.0
176.3
177.2

-

-

'

174.2
178.4
177.2
174.9
174.7

_

_

335.3
309.8
348.8
344.5
298.5
336.8
321.8

-

-

.

-

-

-

-

-

-

-

-

-

-

-

-

_

_

-

-

-

_

-

_

-

-

-

-

-

-

_

_

_
_
_

320.3
288.1
319.8
326.9
300.3
331.1
304.4
326.0
306.0
324.2

166.4
168.1
171.3
169.6

164.9
170.4
169.6
170.2
171.2

277.3
326.3
319.3
322.8
353.3
174.5
351.4
306.3
305.4
318.5
340.3
308.9
327.4

_
_
_
_
_

_
_

-

_
_

-

_
_
_

_
_
_

_
_
_
_
_
_
_
_

330.0
295.3
327.0
337.5
302.7
335.0
312.9
336.0
309.9
331.0

170.3
171.4
175.3
174.8

168.7
174.6
173.6
174.1
174.9

_
_
_
_
_

_

-

_
_
-

_
_

_

_

_

_
_
_

_
_
_

332.6
295.9
327.5
338.3
305.8
334.1
311.7
336.0
312.8
331.3

172.1
172.6
176.0
175.2

170.2
175.4
174.6
175.3
176.0

_

_
_
_
_
-

_
-

-

_
_
_

“

'

Region/population size class
cross classification 3
Class A:
N o rth e a s t............................ .
North C e n tra l......................
South ....................................
W e s t......................................

See footnotes at end of table.

_

_

“

-

-

165.5
174.3
171.0
173.5

171.5
169.7
173.0
172.0

-

“

_
-

169.6
178.2
175.6
179.1

174.9
173.4
177.4
177.9

-

-

-

171.2
179.4
176.5
179.3

176.7
174.2
178.0
178.4

-

_

_

_

-

-

-

_

-

-

“

162.4
169.6
171.2
169.6

168.7
166.4
169.9
172.7

_
_

-

_
_

-

166.1
173.1
175.7
174.6

171.8
169.5
173.9
178.4

_
_
-

_
_
-

167.7
174.5
176.5
175.0

-

173.5
170.5
174.7
178.9

-

_

_

31. Continued— Consumer Price Index: U.S. city average and available local area data: all items
(1967=100, unless otherwise indicated)
Urban Wage Earners

All Urban Consumers
Area 1

Pricing
sche­
dule 2

Other
index
base
Jan.

Feb.

Sept.

Oct.

Nov.

Dec.

1986

1985

1986

1985

Jan.

Jan.

_
_
_

180.6
163.8
172.8
163.2

170.6
170.5
172.0
171.5

Sept.

Feb.

Oct.

Jan.

Dec.

Nov.

Class C:

2
2
2
2

12/77
12/77
12/77
12/77

175.8
166.7
171.2
164.2

2 12/77
2 12/77
2 12/77
2 12/77

170.3
168.2
170.1
170.0

181.7
170.1
174.3
169.7

_
_

184.1
171.5
175.3
169.1

_
_
_

175.6
171.6
174.8
174.5

_
_
_

178.1
172.6
174.5
176.2

_

_

_

_

_

_

_

_
_
_

186.5
166.9
175.7
168.3

188.8
168.2
176.7
167.8

_
_
_

_

Class D:

_
_

_
_
_

175.3
173.1
176.2
176.0

177.7
174.2
176.1
177.7

_
_

-

A-2 - 1,250,000 to 4,000,000.
B - 385,000 to 1,250,000
C
- 75,000 to 385,000.
D
- Less than 75,000.
Population size class A is the aggregation of population size classes A-1
and A-2.
- Data not available.
NOTE: Local area CPI indexes are byproducts of the national CPI
program. Because each local index is a small subset of the national index,
it has a smaller sample size and is, therefore, subject to substantially more
sampling and other measurement error than the national index. As a result,
local area indexes show greater volatility than the national index, although
their long-term trends are quite similar. Therefore, the Bureau of Labor
Statistics strongly urges users to consider adopting the national average
CPI for use in escalator clauses.

1 Area is generally the Standard Metropolitan Statistical Area (SMSA),
exclusive of farms. L.A.-Long Beach, Anaheim, Calif, is a combination of
two SMSA’s, and N.Y., N.Y.-Northeastern N.J. and Chicago, III.Northwestern Ind. are the more extensive Standard Consolidated Areas.
Area definitions are those established by the Office of Management and
Budget in 1973, except for Denver-Boulder, Colo, which does not include
Douglas County. Definitions do not include revisions made since 1973.
2 Foods, fuels, and several other items priced every month in all areas;
most other goods and services priced as indicated:.
M - Every month.
1 - January, March, May, July, September, and November.
2 - February, April, June, August, October, and December.
3 Regions are defined as the four Census regions.
The population size classes are aggregations of areas which have urban
population as defined:
A-1 - More than 4,000,000.

32. Annual data: Consumer Price Index all items and major groups
Series

1977

1978

1979

1980

1981

1982

1983

1984

1985

181.5
6.5

195.4
7.7

217.4
11.3

246.8
13.5

272.4
10.4

289.1

298.4
3.2

311.1
4.3

322.2
3.6

188.0

206.3
9.7

228.5

248.0
8.5

267.3
7.8

278.2
4.1

284.4

6.0

2.2

295.1
3.8

302.0
2.3

186.5

202.8

227.6

6.8

8.7

12.2

263.3
15.7

293.5
11.5

314.7
7.2

323.1
2.7

336.5
4.1

349.9
4.0

154.2
4.5

159.6
3.5

166.6
4.4

178.4
7.1

186.9
4.8

191.8

196.5
2.5

200.2

2.6

206.0
2.9

177.2
7.1

185.5
4.7

212.0

249.7
17.8

280.0

12.1

291.5
4.1

298.4
2.4

311.7
4.5

319.9

14.3

202.4
9.6

219.4
8.4

239.7
9.3

265.9
10.9

294.5

328.7

403.1

11.6

357.3
8.7

379.5

10.8

6.2

6.2

167.7
4.9

176.6
5.3

188.5
6.7

205.3
8.9

221.4
7.8

235.8
6.5

246.0
4.3

255.1
3.7

265.0
3.9

172.2
5.8

183.3
6.4

196.7
7.3

214.5
9.0

235.7
9.9

259.9
10.3

288.3
10.9

307.7
6.7

326.6

181.5
6.5

195.3
7.6

217.7
11.5

247.0
13.5

272.3

288.6

10.2

6.0

297.4
3.0

307.6
3.4

318.5
3.5

Consumer Price Index for All Urban Consumers:
All items:

6.1

Food and beverages:

10.8

Housing

Apparel and upkeep:
1.9

Transportation:

2.6

Medical care:

Entertainment:

Other goods and services:

6.1

Consumer Price Index for Urban Wage Earners and
Clerical Workers
All items:


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Federal Reserve Bank of St. Louis

MONTHLY LABOR REVIEW
33.
(1 9 6 7

March

1986

• Current Labor Statistics: Price Data

Producer Price Indexes, by stage of processing
=

100)

Annual average

1985

Grouping

Finished goods ..
Finished consumer goods ....
Finished consumer fo o d s .
Finished consumer goods excluding
foods ..................
Nondurable goods less food
Durable goods .......
Capital equ ipm e nt...............

1985

Feb.

Mar.

Apr.

May

June

July

Aug.

Sept.

Oct.

Nov.

Dec.

Jan.

291.1
290.3
273.3

293.8
291.9
271.2

292.6

292.1

293.1
291.2
272.2

294.1
292.4
269.5

294.0
292.2
268.7

294.8
293.1
271.2

293.5
291.4
268.7

289.9
288.1
265.7

294.8
292.4
268.7

296.7
294.7
272.0

297.2
295.4
274.4

296.2
294.1
274.9

294.1
337.3
236.8
294.0

339.4
241.5
300.5

295.9
337.4
240.7
299.9

299.0
342.4
241.4
300.3

299.0
342.1
241.9
300.5

299.2
342.4
241.9
300.8

297.8
340.0
241.8
301.0

294.5
340.3
234.0
296.3

299.4
340.2
244.9
303.7

301.1
343.3
245.0
303.8

301.1
343.7
244.4
303.5

298.8
340.3
243.6
304.0

318.6

319.3

319.9

319.3

318.6

317.9

317.7

317.8

318.1

318.8

317.2

300.6
263.9
287.1
322.1
291.1

300.5
261.9
288.7
323.0
291.1

300.3
262.0
286.4
322.3
291.3

299.8
260.3
285.8
320.9
291.6

299.1
253.0
285.8
320.3
291.9

298.4
249.9
285.1
319.2
292.1

298.0
252.3
283.6
318.6
292.2

297.6
253.6
282.6
317.4
292.4

297.6
253.0
282.5
317.6
292.4

297.0
252.4
283.2
313.9
292.9

Intermediate materials, supplies, and
com po nents.............
Materials and components for
manufacturing ...........
Materials for food m anufacturing......
Materials for nondurable manufacturing
Materials for durable manufacturing
Components for manufacturing ....
Materials and components for
constructio n..................
Processed fuels and lubricants ...
C ontainers..................
Supplies..................

310.3
566.2
302.3
283.4

Crude materials for further processing ...
Foodstuffs and feedstuffs .
Nonfood materials 1 ....
Special groupings
Finished goods, excluding fo o d s ...................
Finished energy goods
Finished goods less energy ....
Finished consumer goods less e n e rg y ........
Finished goods less food and energy
Finished consumer goods less food and
e n e rg y .................
Consumer nondurable goods less food and
e n e rg y ...............

320.0
301.8
271.1
290.5
325.1
287.5

265.3
288.0
320.7
290.8

263.9
287.3
319.9

549.4

313.3
546.3

313.5
547.9

314.0
552.3
312.4
283.7

315.9
558.0
311.7
283.4

317.3
549.1
312.0
283.3

316.9
544.0
311.4
283.6

316.5
539.8
310.3
284.1

315.6
542.4
309.9
284.5

315.4
544Ì9
310.4
285.0

315.1
550.7
309.8
285.8

315.4
557.3
310.7
285.9

316.3
539.8
310.7
286.7

330.8
259.5
380.5

306.2
235.0
355.4

318.1
250.0
3 j 0.2

312.3
242.9

311.0
239.9
360.2

309.1
236.3
357.7

305.6
233.7
354.0

303.9
231.6
353.5

295.3
351.2

296.8
222.9
352.2

298.0
224.5
353.3

305.6
236.7
352.3

304.7
236.8
351.1

301.3
231.4
351.2

294.8
750.3
265.1
257.8
262.3

299.1
721.4
269.2
261.3
268.7

295.9
692.0

296.0
693.2

261.8
267.2

261.1
267.2

297.8
714.9
268.8
260.9
267.7

300.1
746.1
268.4
260.3
268.2

300.2
741.4
268.4
260.3
268.6

300.5
733.8
269.7
261.9
269.4

299.5
719.9
269.0
260.9
269.4

295.7
718.2
265.3
257.5
265.4

301.4
716.1
270.6
262.2
271.6

302.7
732.9
271.7
263.5
271.8

302.5
736.1
272.1
264.1
271.4

301.1
704.8
272.7
264.8
272.1

250.5

251.1

251.5

252.0

252.9

252.9

249.3

254.9

255.1

254.7

255.5

244.4

245.0

245.2

245.6

247.4

247.3

247.9

248.2

248.6

248.5

250.6

324.7
527.5
304.0

325.5
235.4
531.5
304.3

326.4
232.6
536.7
304.5

325.7
232.2
528.6
304.6

325.0
231.7
523.8
304.3

324.5
227.1
519.8
303.9

324.4
225.4
522.3
303.4

324.3
228.5
524.4
303.3

324.5
231.0
529.5
303.2

325.2
231.7
536.3
303.3

323.5
232.4
519.1
303.4

305.2

305.6

305.9

306.0

305.6

305.5

305.0

304.6

304.2

304.2

304.2

746.4
240.4
255.4

749.1
238.6
257.3

760.7
234.8
252.3

754.5
231.7
247.4

752.6
230.1
247.2

742.9

743.2
223.5
246.7

743.4
224.8
247.2

742.9
233.4
244.9

739.5
232.9
242.6

739.9
229.1
243.7

232.7
528.8
303.9

Crude energy m aterials..........
Crude materials less energy
Crude nonfood materials less energy

785.2
255.5
266.1

749.1
233.2
249.7


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Federal Reserve Bank of St. Louis

332.7

258.7
285.8
320.2
291.5

253.1
545.0
303.8

84

275.6

318.7

Intermediate materials less foods and
fe e d s ..................
Intermediate foods and feeds
Intermediate energy goods
Intermediate goods less energy
Intermediate materials less foods and
e n e rg y .....................

------------------------- ---------------------------------------1 Crude nonfood materials except fuel.

1986

1984

239.2
304.2

255.3

221.0

221.8
245.8

34.

Producer Price indexes, by durability of product

(1967 = 100)
1986

1985

Annual average
Grouping
1984

1985

Feb.

Mar.

Apr.

June

May

July

Aug.

Sept.

Oct.

Nov.

Dec.

Jan.

298.7
317.9

298.5
318.7

298.2
316.9

Total durable g o o d s ........................................
Total nondurable g o o d s ..................................

293.6
323.3

297.3
317.3

296.4
319.0

296.3
317.7

297.1
318.4

297.6
318.9

297.8
317.5

297.8
317.3

297.8
314.1

295.1
313.8

298.8
314.6

Total m anufactures..........................................
D u rab le............................................................

302.9
293.9
312.3

304.3
298.1
310.5

303.4
297.0
309.9

303.3
296.9
309.9

304.2
297.6
310.8

305.2
298.4
312.1

304.8
298.7
311.0

304.6
298.7
310.6

303.8
298.6
309.0

302.1
295.8
308.4

304.6
299.7
309.4

305.4
299.6
311.3

305.7
299.5
312.0

304.7
299.1
310.3

Total raw or slightly processed goods ........
D u rab le............................................................
Nondurable .....................................................

346.6
266.7
351.4

328.2
252.2
332.8

336.8
259.2
341.4

332.2
261.2
336.4

332.1
262.1
336.2

329.8
255.4
334.3

327.3
247.3
332.1

327.5
247.6
332.3

320.2
249.7
324.4

320.8
249.7
325.1

320.9
248.8
325.2

327.7
245.9
332.7

328.8
243.8
334.0

326.9
247.6
331.7

35.

Annual data: Producer Price Indexes, by stage of processing

(1967 = 100)
Index
Finished goods:
T o t a l...........................................................................
Consumer g o o d s .................................................
Capital equipment ...............................................

Intermediate materials, supplies, and
components:
Total ...........................................................................
Materials and components for
m anufacturing......................................................
Materials and components for construction ....
Processed fuels and lu b ric a n ts.........................
C o n ta in e rs.............................................................
S u p p lie s .................................................................

Crude materials for further processing:
T o t a l...........................................................................
Foodstuffs and fe e d s tu ffs ..................................
Nonfood materials except fuel ..........................
Fuel ........................................................................


https://fraser.stlouisfed.org
Federal Reserve Bank of St. Louis

1977

1978

1979

1980

1981

1982

1983

1984

1985

181.7
180.7
184.6

195.9
194.9
199.2

217.7
217.9
216.5

247.0
248.9
239.8

269.8
271.3
264.3

280.7
281.0
279.4

285.2
284.6
287.2

291.1
290.3
294.0

293.8
291.9
300.5

201.5

215.6

243.2

280.3

306.0

310.4

312.3

320.0

318.7

195.4
203.4
282.5
188.3
188.7

208.7
224.7
295.3
198.5

234.4
247.4
364.8
226.8
218.2

265.7
268.3
503.0
254.5
244.5

286.1
287.6
595.4
276.1
263.8

289.8
293.7
591.7
285.6
272.1

293.4
301.8
564.8
286.6
277.1

301.8
310.3
566.2
302.3
283.4

299.4
315.2
549.4
311.2
284.2

209.2
192.1

234.4
216.2
233.1
426.8

274.3
247.9
284.5
507.6

304.6
259.2
346.1
615.0

329.0
257.4
413.7
751.2

319.5
247.8
376.8

323.6
252.2
372.2
931.5

330.8
259.5
380.5
931.3

306.2
235.0
355.4
912.3

212.2
372.1

202.8

886.1

85

MONTHLY LABOR REVIEW
36.

M arch 1986

• Current Labor Statistics: Price Data

U.S. export price indexes by Standard International Trade Classification,

(June 1977=100, unless otherwise indicated)

Category

1974
SITO

1983
June

Sept.

-

100.0

105.1
100.5
96.5
103.5
105.8

113.1

A L L COMMODITIES ( 9 /8 3 = 1 0 0 ) ...................................................
Food (3 /8 3 = 1 0 0 ) ....................................................................
Meat ( 3 /8 3 = 1 0 0 ) ........................................................Z ....Z ..........
Fish (3 /8 3 = 1 0 0 ) ............................................. ...................... .........
Grain and grain preparations (3 /8 0 = 1 0 0 ) .................................
Vegetables and fruit (3/83 = 100) ................................................|
Feedstuffs for animals (3/83 = 100) ..............................................
Misc. food products (3/83 = 1 0 0 )..................................................

03
04
05
08
09

Beverages and to b a cco ( 6 /8 3 = 1 0 0 ) ..........................................
Beverages ( 9 /8 3 = 1 0 0 ) ..................................................................
Tobacco and tobacco products ( 6 /8 3 = 1 0 0 ) .............................

1
11
12

Crude m aterials (6 /8 3 = 1 0 0 ) .........................................................
Raw hides and skins (6 /8 0 = 1 0 0 ) ................................................
Oilseeds and oleaginous fruit ( 9 /7 7 = 1 0 0 ) ............................
Crude rubber (including synthetic and reclaimed) (9 /8 3 = 1 0 0 )
W o o d ................................................................................................
Pulp and waste paper (6 /8 3 = 1 0 0 ) ....................................... . .
Textile fib e rs ......................................................................................
Crude fertilizers and m inerals.........................................................
Metalliferous ores and metal scrap ..............................................

2
21
22

0
01

23
24
25
26
27
28

1984
Dec.

June

99.5

100.2

101.5

99.3

98.1

97.5

97.5

96.5

96.8

108.8

106.2
108.9
99.8
102.7
116.2
106.9
104.9

109.6
108.7
98.7
107.4
126.8
98.8

103.5
105.6
98.0

96.5
104.4
98.7
92.9
114.6
82.4
108.4

95.8
103.9

94.0
104.7
103.6
90.3

90.2
106.1

93.6
112.3

100.8

101.2

97.7
111.5
114.8
121.4

102.8

100.4
105.6
116.1
117.4
101.7

100.0
100.0
100.0

101.5
103.3
101.4

114.6
129.2
105.6

112.2
135.2
96.8

100.0

102.2

128.7
103.5
117.3
144.8

100.0

129.8
106.0
123.1
144.8
96.7

-

100.0

129.3

100.6
101.1
100.0
-

100.0
100.0
118.2
75.0
127.1

100.0
111.3
145.0

1985

Mar.

101.6

110.6

Sept.

101.2
125.5
83.5
109.5

102.8

102.3

101.9
102.9

101.6

101.8

103.3
102.7

112.5
145.6
93.9
103.3
131.1
112.5
120.5
146.6

118.3
154.7
104.3
106.0
129.4

105.2
153.7
79.9
104.1
123.8

Dec.

101.3
103.7

101.1

Mar.

101.0

June

Sept.

102.6

101.8

82.6
126.8
75.7
108.1

87.1
118.8
83.4
107.7

100.1

99.7

105.3
99.6

101.8

98.6
100.9
98.4

92.4
119.4
72.8

120.1
68.6

110.6

109.2

99.9
104.0
99.5

93.3
129.0
64.2
107.1
124.5
93.8
103.6
169.4
80.1

165.5
78.0

99.5

122.1

120.8

100.2

125.6
147.7
98.5

109.4
163.0
93.2

101.4
133.6
74.8
104.0
125.4
114.2
106.7
163.2
92.4

99.2

99.1

99.7

99.7

99.7

100.1

99.2

97.6

96.6

122.0

129.8
133.2

164.5
176.4

145.7
159.0

147.9
156.7

142.0
152.9

144.5
164.8

114.5
128.8

101.4
108.7

98.3
97.4
97.4

97.7
94.7
94.8

97.0
93.8
92.5

96.8
96.5
87.9

97.1
97.1
89.8

96.6
95.4
90.0

102.0
80.8
148.9
160.0
96.8
90.4
105.1

100.4
79.0
148.5
159.5
96.5
82.5
105.0

99.4
82.5
150.2
155.0
95.5
79.7
105.4

99.2
79.2
149.0
151.6
95.3
79.6
105.2

99.2
75.9
148.3
149.6
95.9
79.8
105.4

99.2
78.5
148.7
148.1
98.3
78.2
104.4

140.1
160.6
153.7
151.7
149.3
99.8
134.4
113.8
131.0
189.6

141.5
167.5
153.4
151.9
150.2
101.4
134.3
114.6
131.8
191.7

142.3
165.3
155.0
153.4
152.4
100.9
133.3
114.9
133.1
195.5

143.0
167.4
155.7
155.1
152.0
133.3
116.1
133.9
196.9

143.1
167.1
156.0
156.3
152.4
99.9
134.1
115.3
133.8
199.6

143.3
167.6
156.1
158.4
152.2
99.4
134.5
113.8
135.0

201.0

99.3
103.4
171.7

99.5
104.7
175.5

100.4
104.7
178.3

100.3
105.0
178.7

100.3
105.3
178.8

97.5
71.0
106.4
128.7
100.5
102.4
165.6
89.2

96.8
126.2
71.2
106.3
125.7
96.1
105.8
167.9
82.0

121.0

"

Mineral fuels

3

Animal and vegetables oils, fats, and waxes
Fixed vegetable oils and fats (6 /8 3 = 1 0 0 ) .....

4
42

100.0
100.0

125.6
138.2

Chemicals ( 3 /8 3 = 1 0 0 ) ..........................
Organic chemicals (12/83 = 100) .......
Fertilizers, manufactured (3/83 = 100)

5
51
56

96.4

97.0

Intermediate manufactured products (9/81 = 100)
Leather and furskins ( 9 /7 9 = 1 0 0 ) ..............................
Rubber manufactures ...................................................
Paper and paperboard products ( 6 /7 8 = 1 0 0 ) .........
Iron and steel (3 /8 2 = 1 0 0 ) .........................................
Nonferrous metals (9 /8 1 = 1 0 0 ) .................................
Metal manufactures, n.e.s. (3 /8 2 = 1 0 0 ) ...................

Machinery and transport equipment, excluding military
and commercial aircraft ( 1 2 /7 8 = 1 0 0 ) ...............................................
Power generating machinery and equipment (1 2 /7 8 = 1 0 0 ) ............
Machinery specialized for particular industries ( 9 /7 8 = 1 0 0 ) ............
Metalworking machinery (6 /7 8 = 1 0 0 ) ..................................................
General industrial machines and parts n.e.s. 9 /7 8 = 1 0 0 ) ................
Office machines and automatic data processing e q u ip m e n t...........
Telecommunications, sound recording and reproducing equipment
Electrical machinery and equipm ent.................................................
Road vehicles and parts ( 3 /8 0 = 1 0 0 ) .............................. "Z Z Z ".
Other transport equipment, excl. military and commercial aviation

Other manufactured a rtic le s ..............................................................
Apparel ( 9 /8 3 = 1 0 0 ) .......................................................""Z Z Z Z Z .
Professional, scientific, and controlling instruments and apparatus
Photographic apparatus and supplies, optical goods, watches and
clocks ( 1 2 /7 7 = 1 0 0 ).....................................................................

Miscellaneous manufactured articles, n.e.s.

Gold, non-monetary (6 /8 2 = 1 0 0 )
-

Data not available.

86

https://fraser.stlouisfed.org
Federal Reserve Bank of St. Louis

-

88.9

100.4
67.2
144.8
135.8
95.9

89.8

98.6

101.4

99.7

100.0

100.2

101.0

96.8

108.3

96.9

100.8

100.0

101.0

75.8
145.0
145.5
96.3
93.8

101.5

70.1
145.0
139.7
96.6
102.3
101.9

102.1

83.5
146.7
150.2
95.9
94.2
103.1

101.3
81.2
147.5
154.7
96.1
92.9
104.5

69
7
71
72
73
74
75
76

135.3
152.5
148.9
148.4
145.0
103.6
131.1
108.5
125.6
175.8

135.9
152.3
149.1
148.3
145.4
103.2
132.2
109.4
127.5
176.4

137.0
154.4
151.1
148.7
145.9
102.5
132.1
109.8
128.8
179.3

138.5
158.4
152.3
150.8
148.6
101.4
133.0

139.4
156.9
152.8
151.2
149.0
101.5
132.3

77
78
79

169.8

100.0
100.0

100.2
100.8

169.0

8

129.8

130.0

84

100.0

100.0

6
61
62
64

102.8

67

68

971

_

-

-

Dec.

110.2

112.6

130.2
183.1

131.2
187.7

100.0

93.2
139.9
63.9
106.0
128.1
92.7

102.6

100.6

100.4

102.1

171.5

101.9
171.8

172.0

100.7
103.9
175.8

132.0

132.0

131.3

132.7

130.3

128.0

129.1

127.5

128.5

98.2

98.5

97.9

95.2

94.1

92.4

93.1

93.1

92.4

-

-

-

-

-

-

-

-

-

37.

U.S. import price indexes by Standard International Trade Classification

(June 1977=100, unless otherwise indicated)

Category

1974
SITC

Dec.

1985

1984

1983
Mar.

June

Sept.

Dec.

Mar.

June

97.3

98.0

98.3

96.7

95.7

93.5

93.0

102.5
133.4
132.7

103.5
133.8
99.8
134.2

102.0

03

100.4
134.1
99.6
136.0

135.4
98.9
134.2

98.1
132.3
98.4
133.9

98.5
130.4
98.3
132.9

96.8
118.2
97.9
129.4

Bakery goods, pasta products, grain and grain preparations
(9 /7 7 -1 0 0 ) .......................................................................................................
Fruits and vegetables ........................................................................................
Sugar, sugar preparations, and honey (3 /8 2 — 1 0 0 )....................................
Coffee, tea, c o c o a ................................................................... ..........................

04
05
06
07

132.7
125.0
117.9
59.6

136.5
136.1
117.1
61.4

134.8
135.8
120.3
62.4

132.9
135.4
119.0
60.3

132.8
117.2
118.5
58.4

131.8
127.1
118.4
57.0

132.3
129.4

Beverages and tobacco ....................................................................................
Beverages ...........................................................................................................

1
11

155.4
152.7

155.3
152.6

156.3
153.6

157.1
153.5

156.5
152.8

Crude m a te ria ls ................................ ...................................................................
Crude rubber (inc. synthetic & reclaimed) (3/84 — 1 0 0 )..............................
Wood (9 /8 1 -1 0 0 ) .............................................................................................
Pulp and waste paper (12/81 = 1 0 0 ) ..............................................................
Crude fertilizers and crude minerals (1 2 /8 3 — 100) .....................................
Metalliferous ores and metal scrap ( 3 /8 4 = 1 0 0 ) ..........................................
Crude vegetable and animal materials, n.e.s.................................................

103.2

102.6

100.6

23
24
25
27
28
29

100.0

93.7
103.2
96.1
96.2

90.7
99.6
96.3
98.0

102.8
100.8

Fuels and related products ( 6 /8 2 = 1 0 0 ) .......................................................
Petroleum and petroleum products (6 /8 2 = 1 0 0 ) ...........................................

3
33

87.6
87.6

88.2

Fats and oils ( 9 /8 3 - 1 0 0 ) ..................................................................................
Vegetable oils ( 9 /8 3 = 1 0 0 ) ...................................................... ........................

4
42

100.4
100.5

Chemicals ( 9 /8 2 - 1 0 0 ) .......................................................................................
Medicinal and pharmaceutical products (3 /8 4 — 100) .................................
Manufactured fertilizers ( 3 /8 4 = 1 0 0 ) ..............................................................
Chemical materials and products, n.e.s. (9 /8 4 — 1 0 0 ).................................

5
54
56
59

99.5

-

6

ALL COMMODITIES ( 9 /8 2 - 1 0 0 ) .....................................................................
Food ( 9 /7 7 - 1 0 0 ) .................................................................................................
M e a t......................................................................................................................
Dairy products and eggs (6/81 — 100) ..........................................................

Intermediate manufactured products (1 2 /7 7 = 1 0 0 ) .................................
Leather and fu rs k in s ..........................................................................................
Rubber manufactures, n.e.s...............................................................................
Cork and wood manufactures .........................................................................
Paper and paperboard p ro d u c ts .....................................................................
T extiles..................................................................................................................
Nonmetallic mineral manufactures, n.e.s.........................................................
Iron and steel (9 /7 8 — 100) ...............................................................................
Nonferrous metals (1 2 /8 1 — 100) ....................................................................
Metal manufactures, n.e.s..................................................................................
Machinery and transport equipment ( 6 /8 1 - 1 0 0 ) ....................................
Machinery specialized for particular industries (9 /7 8 — 100) ......................
Metalworking machinery (3 /8 0 — 100) ............................................................
General industrial machinery and parts, n.e.s. (6/81 — 100) ......................
Office machines and automatic data processing equipment
( 3 /8 0 - 1 0 0 ) ......................................................................................................
Telecommunications, sound recording and reproducing apparatus
( 3 /8 0 - 1 0 0 ) ......................................................................................................
Electrical machinery and equipment (1 2 /8 1 — 100) .....................................
Road vehicles and parts (6 /8 1 — 1 0 0 )............................................................
Misc. manufactured articles (3 /8 0 — 1 0 0 )......................................................
Plumbing, heating, and lighting fixtures (6/80 — 100) ..................................
Furniture and parts (6 /8 0 — 1 0 0 ) .....................................................................
Clothing ( 9 /7 7 -1 0 0 ) .........................................................................................
F oo tw ear..............................................................................................................
Professional, scientific, and controlling instruments and
apparatus (1 2 /7 9 — 1 0 0 )...................................................................................
Photographic apparatus and supplies, optical goods, watches, and
clocks (3 /8 0 — 1 0 0 )...........................................................................................
Misc. manufactured articles, n.e.s. (6 /8 2 — 1 0 0 )..........................................

Gold, non-monetary (6 /8 2 —1 0 0 )....................................................................
-

0
01
02

2

61
62
63
64
65

66
67

68
69
7
72
73
74

98.6
-

100.8

131.2
100.5
132.7

157.1
154.3

158.0
156.0

161.6
159.1

94.0
77.6
100.7
84.0
100.3
90.4
104.3

93.6
76.4
106.9
80.4
101.7
87.6
104.9

91.5
68.9

91.2
73.2
99.4
75.8

100.1
101.1

98.9
83.8
104.0
93.2
98.6
95.6
106.4

88.0
88.1

86.9
87.0

85.2
85.2

82.9
83.8

80.9
81.6

79.8
80.3

80.1
81.1

117.4
118.1

141.8
143.1

124.4
125.3

114.9
115.3

89.9
89.5

76.7
75.9

57.6
56.2

50.6
48.9

101.1
100.0
100.0

100.6

98.8
96.4
98.5

95.7
91.6
94.2
96.1

94.9
95.1
82.0
95.6

94.5
95.3
80.8
96.9

94.2
96.7
78.5
97.8

133.1
135.3
139.5
121.3
157.6
130.4
154.3

132.4
133.3
138.6
157.2
127.5
151.8

121.0

120.1

81.9
117.4

82.3
117.8

133.6
137.0
137.3
123.4
157.8
126.5
157.6
119.1
83.7
119.5

133.4
141.3
138.1
124.0
156.5
128.1
162.3
118.3
80.4

101.6

102.6

96.2
86.3
89.2

97.0
90.5
91.1

103.5
101.4
94.2
94.3

107.2
104.7
98.1
98.0

88.3

-

98.5
101.7
-

100.0

97.1
94.6
92.9
97.5

137.3
137.6
141.1
134.7
147.0
128.5
166.4
119.5
94.8
118.9

137.6
141.6
141.8
130.1
148.0
130.8
168.4
118.5
95.0
119.7

139.6
145.3
140.8
131.0
150.4
130.1
166.6
123.8
96.3
120.5

137.2
144.0
139.6
126.4
156.1
131.6
156.6
124.7
90.2
119.3

136.8
140.4
140.5
126.1
157.5
132.9
159.4
123.7
87.3
119.3

104.1

104.0
100.4
94.3
93.7

104.1

102.6

100.0

98.8
92.1
92.4

102.9
98.0
89.9
91.3

95.7
93.5

102.8

99.1
129.7

156.2
154.2

100.0
100.0
100.0

100.8

94.9

120.6

123.1
54.4

100.0

-

94.6

56.0

114.8
87.6

-

Dec.

92.9

141.9
131.2
111.9
64.6

107.2
80.9
-

Sept.

93.8
94.4

122.6

121.2

136.3

120.2

101.6
76.8
102.7
89.5
102.5

102.1
90.1
102.5

121.6

75

96.9

97.8

96.7

94.1

92.2

89.6

89.4

90.3

93.7

76
77
78

94.9
95.9
109.5

94.2
94.2
109.0

94.8
91.2
110.4

93.6
87.0
109.8

91.3
86.4
111.3

90.0
82.1
111.5

88.8

88.6

112.1

88.3
81.4
112.7

83.3
117.8

100.0
111.6
142.5
138.5
142.5

97.0
113.9
137.4
136.7
137.4

98.0
114.1
136.7
133.9
136.7

99.6
117.8
142.1
134.5
142.1

115.0
142.7
134.5
142.7

83.9

100.8

8

100.0

100.6

101.5

81
82
84
85

108.2
136.0
128.5
136.0

109.5
136.8
130.2
136.8

112.0
140.8
132.5
140.8

99.7
110.7
138.4
135.4
138.4

87

97.6

98.7

97.8

95.6

92.9

89.2

92.3

98.8

102.4

88

90.6
104.9

89.6
105.2

92.8
104.0

91.2
98.3

91.3
96.3

88.9
91.2

89.5
95.2

91.1
96.4

94.9
97.9

-

-

-

89

971

-

-

-

-

-

-

Data not available.


https://fraser.stlouisfed.org
Federal Reserve Bank of St. Louis

87

MONTHLY LABOR REVIEW
38.

M arch 1986

• Current Labor Statistics: Price Data

U.S. export price indexes by end-use category

(September 1983 = 100 unless otherwise indicated)

Category

Foods, feeds, and beverages .............................................................
Raw m aterials.................................................................
Raw materials, nondurable ...............................................................
Raw materials, d u ra b le ......................................................................
Capital goods (1 2 /8 2 = 1 0 0 )................................................................
Automotive vehicles, parts and engines (1 2/82= 100 ) ..................
Consumer g o o d s ....................................................................................
D u ra b le s...............................................................................................
N ondurables.........................................................................................

39.

Percenta­
ge
of 1980
Trade
Value
16.294
30.696
21.327
9.368
30.186
7.483
7.467
3.965
3.501

1983

Dec.

1984

Mar.

95.0
100.7
101.9
97.7

102.0
103.9
99.6
98.9
100.3

June

92.8

1985

Sept.

88.8

98.5
102.5
104.4
97.7
103.9
105.3
100.9
99.6

102.2
103.6
98.8
103.2
104.5
100.9

100.1
101.8

100.5

102.8
95.0
104.6
105.3
101.3
99.4
103.0

102.1

Dec.

Mar.

83.0
99.1
101.4
93.3
105.6
105.7

100.8
99.3
102.3

June

81.5
97.6
99.6
92.6
106.2
106.7
100.9
99.1
102.7

Sept.

80.9
97.2
99.5
91.6
106.6
108.0

101.1
99.2
103.0

Dec.

76.2
96.5
98.7
91.1
106.6
108.1
101.9
100.4
103.3

77.5
96.2
98.3
91.0
106.6
109.2
101.7

100.0
103.3

U.S. import price indexes by end-use category

(December 1982=100)

Category

Foods, feeds, and beverages .................................................
Petroleum and petroleum products, excl. natural g a s ....................
Raw materials, excluding petroleum ......................................
Raw materials, nondurable ...........................................
Raw materials, d u ra b le ..........................................................
Capital g o o d s ....................................................................
Automotive vehicles, parts and e n g in e s ...........................................
Consumer g o o d s ..........................................................
Durable .............................................................................
Nondurable..................................................................
-

Per­
centage
of 1980
Trade
Value
7.477
31.108
19.205
9.391
9.814
13.164
11.750
14.250
5.507
8.743

1983

1984

Dec.

Mar.

104.0

June

106.0

88.1
_

99.0
104.7
101.3
103.8
100.4

100.8

_

102.1

100.7
106.5
103.6

101.1

101.0
101.1

99.5

100.9

Sept.

107.2
88.5

88.8

_

1985

106.7
99.8
104.9
101.9
101.4
102.5

Sept.

Dec.

105.6
87.5

_

Mar.

June

Sept.

Dec.

101.8

102.1

85.7

84.4

100.4
82.1

99.0
80.9

106.0
81.5

100.7

93.9
97.8
96.3
105.9
99.4
97.0
102.5

93.5
97.4
97.6
106.4

91.8
96.2

101.0

111.4
102.5

98.9
103.9

104.7

Sept.

Dec.

_

101.7
103.3
98.0
104.0

97.8
105.2

100.6

101.1

98.8
103.0

98.5
104.6

95.0
97.7
94.8
105.4
99.5
97.0
103.0

Dec.

Mar.

June

101.6

Data not available.

40.

U.S. export price indexes by Standard Industrial Classification 1
1983

1984

1985

Industry group

Dec.
Manufacturing:
Food and kindred products (6/83=100) ..........................
Tobacco manufactures......................................................
Textile mill products...........................................................
Apparel and related products............................................
Lumber and wood products, except furniture
(6 /8 3 -1 0 0 )......................................................................
Furniture and fixtures (9/83— 100) ....................................
Paper and allied products (3/81 = 1 0 0 ).............................
Printing, publishing, and allied products............................
Chemicals and allied products (12/84 — 100)....................
Petroleum and coal products (1 2 /8 3= 1 0 0 )......................
Rubber and miscellaneous plastic products......................
Leather and leather products ............................................
Stone, clay, glass, and concrete products.........................
Primary metal products (3/82=100) .................................
Fabricated metal products .................................................
Machinery, except electrical (9/78— 100).........................
Electrical machinery (12/80=100) ....................................
Transportation equipment (12/78— 100)...........................
Scientific instruments; optical goods; clocks
(6 /7 7 = 1 0 0 ).....................................................................
Miscellaneous manufactured commodities .......................
1 SIC - based classification.

88

https://fraser.stlouisfed.org
Federal Reserve Bank of St. Louis

108.3

Mar.

June

-

109.0
_

112.7
_

-

-

-

-

-

-

101.0
100.9
94.7
101.4
100.0

101.5
101.8
98.6
103.3
101.6

100.1
103.1
104.3
-

102.3
102.1

-

-

-

-

105.1
137.4
108.0
155.7

104.0
_
137.9
109.5
157.2

153.1

153.2

105.0
135.8
107.6
153.6
152.8
”

-

105.6
_
_
-

103.3
_
_
_

99.5
_
_
_

97.0
103.5
106.2
101.3
100.7
_
100.0
_
138.0
110.7
157.8

97.9
104.9
103.6
100.7
100.4
_
_
_
95.8
_
139.9
111.1
158.9

99.9
105.2
97.1
100.3
101.3
_
_
_
91.2
_
140.4
111.3
160.5

156.0
-

153.0
-

154.9
-

Data not available.

-

_99.5
_

96.7

98.1

_

_
_

_

99.5
106.5
94.7
_
99.6
102.7

98.3
107.1
93.2
_
99.7
102.0

101.2
108.4
92.1
_
99.2
99.1

_
_

_

_

_
_
_
_93.6

93.6
_

140.5
112.4
162.0

140.6
111.9
162.8

140.5
111.2
164.4

156.6
-

156.2
-

156.7
-

_
92.7

_
_

_

100.0

100.8

41.

U.S. import price indexes by Standard Industrial Classification 1
1985

1984

1983
Industry group
Dec.
Manufacturing:
Food and Kindred products (6 /7 7 = 1 0 0 ) ....................................
Tobacco m anufactu res...................................................................
Textile mill products (9 /8 2 — 1 0 0 )..................................................
Apparel and related products (6 /7 7 — 1 0 0 ).................................
Lumber and wood products, except furniture
( 6 /7 7 -1 0 0 ) ....................................................................................
Furniture and fixtures ( 6 /8 0 = 1 0 0 )................................................
Paper and allied products (6 /7 7 — 1 0 0 ).......................................
Printing, publishing, and allied p ro d u c ts ......................................
Chemicals and allied products (9 /8 2 = 1 0 0 ) ...............................
Petroleum and coal pro d u c ts .........................................................
Rubber and miscellaneous plastic products
( 1 2 / 8 0 - 1 0 0 ) ..................................................................................
Leather and leather products ........................................................
Stone, clay, glass, concrete products..........................................
Primary metal products (6 /8 1 = 1 0 0 ) ...........................................
Fabricated metal products (1 2 /8 4 — 1 0 0 )....................................
Machinery, except electrical (3 /8 0 — 1 0 0 )...................................
Electrical machinery ( 9 /8 4 = 1 0 0 ) ..................................................
Transportation equipment (6/81 = 1 0 0 ).......................................
Scientific instruments; optical goods; clocks
( 1 2 / 7 9 - 1 0 0 ) ..................................................................................
Miscellaneous manufactured commodities
( 9 /8 2 -1 0 0 ) ....................................................................................

Mar.

Mar.

Dec.

122.6

126.6
103.8
129.6

124.1
104.3
133.9

125.0
95.5
132.9
99.5
-

129.4
95.7
136.5
-

121.1

120.0

101.8

101.8

-

-

117.3
96.2
146.0
99.8
-

97.4
139.1

98.1
140.3

-

-

97.8
141.6
88.3
95.5

98.0
144.2
-

120.8

122.3

-

-

103.3
126.5

104.4
128.1

96.9
141.9
-

104.7
138.2

95.6
145.5
98.2
-

June

118.8
-

115.0
-

102.8

101.0

135.6

133.0

116.3
93.9
141.5
95.3
“

120.6

Sept.

Dec.

115.1
-

114.2
100.4
133.9

101.8
134.4
115.8
98.2
137.4

117.5
97.7
138.7

96.1
139.8
“

"
95.8

93.3

93.9
-

“

“

96.9
139.1
82.2
99.0
91.8
95.1
113.1

96.7
138.9
83.0
99.1
93.4
95.8
114.2

96.6
142.3
83.4

97.5
144.0
“
81.9

101.0

102.6
100.0

98.0

97.8

-

-

98.5
143.7
91.9
97.1
-

110.3

110.6

111.6

110.7

94.1
98.6
112.9

94.3

94.0

95.5

94.4

93.2

90.7

91.7

94.6

99.0

99.7

99.8

99.1

95.8

96.4

95.1

95.1

96.6

98.7

90.1

90.5
-

-

1 SIC - based classification.

42.

Sept.

June

-

86.6
100.0

100.0

96.6
94.5
114.8

95.9
119.6

Data not available.

Indexes of productivity, hourly compensation, and unit costs, quarterly data seasonally adjusted

(1977=100)
Annual
average

Quarterly Indexes

Item

1985

1984

1983
1983
I

IV

107.0
167.5
98.2
156.5
157.2
156.7

107.2
169.3
98.3
158.0
158.5
158.1

108.0
171.1
98.5
158.4
160.2
159.0

106.9
173.1
98.9
161.9
159.1
160.9

107.3
174.5
98.6
162.6
159.9
161.7

108.3
176.8
99.4
163.2
160.5
162.3

105.2
166.5
98.4
158.3
152.2
156.3

106.6
168.0
98.4
157.6
156.8
157.3

106.3
169.5
98.4
159.5
158.0
159.0

106.9
171.0
98.5
160.0
160.3
160.1

106.0
173.1
98.9
163.3
160.3
162.3

106.3
174.6
98.7
164.1
161.8
163.4

106.9
176.2
99.0
164.8
163.0
164.2

107.2
162.6
97.4
154.7
151.7
163.3
135.9
154.2
152.6

108.1
164.8
97.5
155.0
152.5
162.0
143.2
155.7
153.6

108.9
165.8
97.2
155.0
152.3
162.8
151.1
158.9
154.6

108.2
167.1
97.1
157.5
154.5
165.9
145.3
159.1
156.1

108.8
168.7
97.1
158.0
155.0
166.4
150.7
161.2
157.1

108.1
170.3
97.3
160.2
157.5
168.1
150.4
162.2
159.1

108.1
171.6
97.0
161.6
158.8
169.8
148.9
162.9
160.2

109.2
173.0
97.2
161.1
158.3
168.8
160.1
165.9
160.9

112.7
164.6
98.6
146.1

114.2
167.1
98.8
146.3

114.8
168.3
98.6
146.6

116.7
169.9
98.7
145.5

116.5
172.1
99.1
147.7

116.7
174.4
99.6
149.5

118.6
176.5
99.7
148.8

119.7
177.8
99.9
148.6

IV

I

103.6
161.0
98.5
155.4
144.6
151.7

104.3
161.8
97.9
155.1
147.9
152.7

104.7
164.2
98.4
156.8
149.1
154.2

105.7
166.7
98.6
157.7
151.6
155.6

103.6
161.5
98.8
155.9
146.4
152.7

104.1
162.4
98.3
155.9
149.4
153.8

104.4
164.0
98.3
157.1
151.4
155.2

II

I

II

III

III

III

II

Business:

102.2

103.7
161.7
98.4
156.0
145.5
152.4

160.2
99.0
156.8
139.8
151.0

103.4
162.0
98.6
156.6
147.0
153.4

160.1
99.0
157.6
140.6
151.9

106.1
161.0
97.9
155.2
151.8
164.9
117.2
149.1
150.9

104.0
159.2
98.4
156.7
153.1
167.0
92.5
142.3
149.4

105.8
160.6
98.2
155.2
151.7
165.1
147.4
150.2

107.2
161.8
97.9
154.4
150.9
164.4
126.6
151.9
151.2

111.6

110.0

163.4
99.4
146.4

162.7

110.9
163.0
99.6
147.0

113.0
163.5
98.9
144.7

Nonfarm business:

101.6

Nonfinancial corporations:

111.8

Manufacturing:


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Federal Reserve Bank of St. Louis

100.6
147.9

89

MONTHLY LABOR REVIEW
43.

March 1986

• C u rren t L a b o r S ta tistics:

P ro d u c tiv ity D a ta

Annual indexes of multifactor productivity and related measures selected years

(1977=100)
Item

1950

1960

1970

1973

1975

1976

1978

1979

1980

1981

1982

1983

Private business
Productivity:
Output per hour of all p e rs o n s .............................
Output per unit of capital se rv ic e s .......................
Multifactor productivity.......................................
O u tp u t...............................................................
Inputs:
Hours of all persons...............................................
Capital services ..........................................
Combined units of labor and capital in p u t.........
Capital per hour or all persons ...............................

49.7
98.5
63.6
39.5

64.8
98.4
75.4
53.3

98.5
90.2
78.3

94.6
103.0
97.5
91.8

79.4
40.1
62.1
50.5

82.2
54.1
70.7
65.9

90.8
79.4
86.7
87.4

96.8
89.1
94.1
92.0

86.1

94.5
92.0
93.6

88.0

97.6
96.1
97.1
93.7

93.1
95.7
94.0

95.9
97.5
96.5

102.8

101.6

95.3
103.2
97.9
91.7

94.8
91.7
93.6
87.6

97.8
96.1
97.2
93.6

96.2

92.4
95.6
93.5
103.4

95.7
97.4
96.3

101.8

100.5

105.5

99.3
100.3
99.7
107.9

98.7
95.6
97.6
106.4

105.0
103.6
104.5
98.7

108.6
107.5
108.2
98.9

101.8
101.0

100.6

100.8

94.1
98.3
109.2

89.5
96.8
106.3

107.8
111.4
109.0
103.3

108.5
116.0
106.9

105.4
118.8
109.9
112.7

112.3

103.5
91 9
99.4
111.3

111.0

103.7
9? 3
99.6

111.1
107.2
120 4

111.6

Private nonfarm business
Productivity:
Output per hour of all p e rs o n s .............................
Output per unit of capital se rv ic e s .......................
Multifactor productivity.....................................
O u tp u t......................................................
Inputs:
Hours of all persons........................................
Capital services ...........................................
Combined units of labor and capital in p u t.........
Capital per hour of all persons................................

68.0

86.8

38.3

98.4
77.6
52.3

98.6
90.7
77.8

69.0
39.1
56.3
56.6

77.0
53.2
67.4
69.1

89.7
78.9
85.9

88.0

93.6
92.4

49.4
94.2
59.8
38.6

60.0
87.9
67.0
50.7

79.2
91.8
82.3
77.0

93.0
108.2
96.8
95.9

93.4
89.4
92.2
85.4

97.6
96.1
97.1
93.6

78.2
41.0
64.6
52.5

84.4
57.6
75.6
68.3

97.3
83.9
93.5

103.1

91.4
95.5
92.6
104.5

95.9
97.4
96.3

55.6
98.1

68.1

88.8

100.6

99.0

101.9

100.1

101.0
105.7

99.4
108.0

98.2
95.2
97.2
106.4

99.6
93.2
97.4
108.7

99.9
88.7
95.9
105.9

105.1
103.7
104.6
98.7

109.1
107.9
108.7
98.9

108.4
111.7
109.5
103.1

109.1
116.6

111.6

106.0
119.4
110.4

106.8

112.6

100.9
101.5

101.6

104.9
89.9

107.1
82.9
100.3
99.3

104.9
104.4

92.7
119.8
99.0
129.2

93.5
119.2
99.5
127.5

107.6

121.1
112.0
112.6

Manufacturing
Productivity:
Output per hour of all p e rs o n s .............................
Output per unit of capital serv ic e s .......................
Multifactor productivity.....................................
O u tp u t..................................................................
Inputs:
Hours of all persons.........................................
Capital services .......................................
Combined units of labor and capital inputs .......
Capital per hour of all persons................................

44.

88.6
99.0
85.9

86.2

101.6

101.1

101.0

105.3

108.2

101.7
90.7
98.8
103.5

104.4
103.8
104.2
99.4

106.5
108.8
107.1

101.7
114.1
104.8

102.1

112.2

99.5

100.8
106.1

101.1
118.0
105.2
116.7

111.6
87 6

Annual indexes of productivity, hourly compensation, unit costs, and prices, selected years

(1977 = 100)
Item
Business:
Output per hour of all p e rs o n s ................................
Compensation per h o u r.............................................
Real compensation per h o u r ...................................
Unit labor costs ..........................................................
Unit nonlabor payments ...........................................
Implicit price deflator ................................................

N onfarm business:
Output per hour of all p e rs o n s................................
Compensation per h o u r.............................................
Real compensation per h o u r ...................................
Unit labor c o s ts ..........................................................
Unit nonlabor p a ym e n ts...........................................
Implicit price d e fla to r.................................................

1951

53.9


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Federal Reserve Bank of St. Louis

1977

1979

1980

1981

1982

1983

1984

1985

_
_
_
_

50.5
40.1
41.6
40.6

98.3
92.8
98.7
94.3
93.4
94.0

100.0
100.0
100.0
100.0
100.0
100.0

99.6
119.1
99.4
119.6
112.5
117.0

99.2
131.5
96.7
132.6
118.8
127.6

100.7
143.7
95.7
142.7
134.7
139.8

100.3
154.9
97.3
154.5
136.8
148.1

102.9
161.5
98.2
157.0
145.8
153.0

105.0
167.8
97.9
159.8
156.8
158.7

59.6
23.3
54.3
39.0
40.2
39.4

73.1
36.4
73.8
49.8
46.9
48.8

91.8
61.9
92.6
67.4
65.0

94.3
78.0
95.9
82.7
74.0
79.7

98.5
92.8
98.8
94.2
93.1
93.8

100.0
100.0
100.0
100.0
100.0
100.0

99.2
118.9
99.2
119.8
110.5
116.5

98.8
131.3
96.6
132.9
118.5
127.8

99.8
143.6
95.7
144.0
133.5
140.3

99.2
154.8
97.2
156.0
136.6
149.2

102.6
162.1
98.6
158.0
147.4
154.2

104.3
168.1
98.1
161.2
156.6
159.6

98.4
92.9
98 9
94.3
93.8
94.2

100.0
100.0
100 0
100.0
100.0
100.0

99.8
118.7

99.1
131.1

99.6
143.3

100.4
154.3

103.9
160.6

106.1
166.0

_

119.0
108.4
115.4

132.3
118.6
127.6

143.8
137.8
141.7

153.8
142.1
149.8

154.5
152.2
153.7

156.4
161.4
158.1

-

97.1
92.1
98.1
94.9
93.5
94.5

100.0
100.0
100.0
100.0
100.0
100.0

101.4
118.6
99.1
117.0
98.9
111.7

101.4
132.4
97.4
130.6
97.8

103.6
145.2
96.7
140.1

121.0

131.8

105.9
157.5
98.9
148.7
114.0
138.6

112.9
163.2
99.3
144.5
132.4
141.0

118.5
169.1
98.7
142.8
140.5
142.1

-

90

1976

93.9
77.6
95.4
82.7
76.4
80.5

Unit labor c o s ts ..........................................................
Unit nonlabor p a ym e n ts ...........................................
Implicit price deflator ................................................

Data not available.

1974

91.2
61.5
92.0
67.4
64.5
66.4

-

-

1971

69.9
34.9
70.7
49.9
46.7
48.8

21.6

Nonfinancial co rporations:
Output per hour of all em ployee s...........................
Compensation per h o u r............................................

M anufacturing:
Output per hour of all p e rs o n s................................
Compensation per h o u r.............................................
Real compensation per h o u r ...................................
Unit labor costs ..........................................................
Unit nonlabor p a ym e n ts ...........................................
Implicit price deflator ................................................

1961

-

-

“

53.1
23.5
54.8
44.3
55.6
47.6

66.6

75.7
38.0
77.1
50.3
52.1
50.9

93.6
63.0
94 2
67.3
65.4

66.6

94.6
78.2
96 1
82.6
73.1
79.4

64.0
37.5
76.0
58.7
60.5
59.2

85.3
60.8
91.0
71.3
71.9
71.5

90.6
76.2
93.6
84.1
67.7
79.3

111.8

-

_
_
_
_
_
-

_

_
_
_
_
_
-


https://fraser.stlouisfed.org
Federal Reserve Bank of St. Louis

45. Unemployment rates in nine countries, quarterly data seasonally adjusted
1985

1984

Annual average
Country
1984

1985

7.4

7.1

-

-

Ill

II

II

I

IV

IV

III

T otal labo r fo rc e basis
United S ta te s ........................................
Canada ...................................................
Australia .................................................
Japan ......................................................
F ra n c e ....................................................
G erm any.................................................
Great Britain .........................................
Italy 2 ...................................................
Sweden ..................................................

-

-

-

-

_

_

-

-

-

-

-

“

7.5
-

7.2
-

-

-

7.4
11.3
9.1
2.7
9.7
7.7
12.7
5.9
-

7.3

7.1

7.2

11.2
8.8
2.8

11.1

11.1

8.5
2.7

8.5

7.2
10.5
8.4

2.6

9.9
7.8
13.0
5.7

10.0
7.7

12.8
5.7

7.1

6.9

10.1

2.6

10.2
8.1
2.6

10.2

10.1

10.1

7.8
13.0
5.8
_

7.8
13.1
5.8

7.8
13.4

“

”

“
9.9
7.7
13.0

6.2

6.0
”

Civilian labo r fo rc e basis
United S ta te s ........................................
Canada ...................................................
A u s tra lia .................................................
Japan ......................................................
France ....................................................
G erm any.................................................
Great Britain .........................................
Ita ly .........................................................
Sweden ..................................................

7.5
11.4
9.2
2.7

-

-

_

_

-

-

-

-

9.9
7.9
12.9

-

-

6.0

“

1 Quarterly rates are for the first month of the quarter.
2 Major changes in the Italian labor force survey,
introduced in 1977, resulted in a large increase in persons
enumerated as unemployed. However, many persons
reported that they had not actively sought work in the past
30 days, and they have been provisionally excluded for
comparability with U.S. concepts. Inclusion of such persons
would more than double the Italian unemployment rate

7.4

7.2

7.3

7.3

11.2
8.8
2.8

11.1
8.6

11.1

10.6

7.2
10.3

8.5

8.5

8.2

2.7

2.6

2.6

2.7

10.3

10.4
7.9
13.5

10.1
8.0
13.2
5.8

10.3
7.8
13.0
5.8

10.4
7.9
13.1
5.9

8.0
13.3
5.9

6.2

7.0

10.2
“

10.1
7.9
13.1
6.3

'
shown.
- Data not available.
NOTE: Quarterly and monthly figures for France,
Germany, and Great Britain are calculated by applying
annual adjustment factors to current published data and
therefore should be viewed as less precise indicators of
unemployment under U.S. concepts than the annual figures.

MONTHLY LABOR REVIEW

March 1986

• C u rren t L a b o r S ta tistics: In tern a tio n a l C o m p a riso n s D a ta

46. Annual data: Employment status of the civilian working-age population, ten countries
(Numbers in thousands)
Employment status and country
Labor force
United S ta te s ..............................................................
Canada .........................................................................
A u stralia.......................................................................
Japan ............................................................................
France ..........................................................................
G erm any......................................................................
Great B rita in ................................................................
Ita ly ................................................................................
Netherlands.................................................................
S w eden........................................................................
Participation rate
United S ta te s ..............................................................
Canada ........................................................................
A u stralia.......................................................................
Japan ............................................................................
France ...........................................................................
G erm any......................................................................
Great B rita in ................................................................
Ita ly ................................................................................
N etherlands.................................................................
S w e d e n ........................................................................
Employed
United S ta te s ..............................................................
Canada ........................................................................
A u stralia.......................................................................
Japan ............................................................................
France...........................................................................
G erm any......................................................................
Great B rita in ................................................................
Ita ly ................................................................................
N etherlands.................................................................
S w eden........................................................................
Employment-population ratio
United S ta te s ..............................................................
Canada .........................................................................
A u stralia........................................................................
Japan ...........................................................................
France ...........................................................................
G erm any......................................................................
Great B rita in ................................................................
Ita ly ................................................................................
N etherlands.................................................................
S w eden........................................................................
Unemployed
United S ta te s ..............................................................
Canada .........................................................................
A u stralia........................................................................
Japan ...........................................................................
F rance...........................................................................
G erm any......................................................................
Great B rita in ................................................................
Ita ly ................................................................................
N etherlands.................................................................
S w e d e n .......................................................................
Unemployment rate
United S ta te s ..............................................................
Canada ........................................................................
A u stralia.......................................................................
Japan ...........................................................................
F ra n ce ..........................................................................
G erm any......................................................................
Great B rita in ................................................................
Ita ly ................................................................................
N etherlands.................................................................
S w e d e n ........................................................................

92

https://fraser.stlouisfed.org
Federal Reserve Bank of St. Louis

1976

1977

96,158
10,203
6,244
53,100

22,010
25,900
25,290
20,300
4,890
4,149

61.6
61.1
62.7
62.4
57.4
53.8
63.2
47.8
49.1

66.0

1978

1979

1980

99,009
10,500
6,358
53,820
22,320
25,870
25,430
20,530
4,950
4,168

102,251
10,895
6,443
54,610
22,490
26,000
25,620
20,630
5,010
4,203

104,962
11,231
6,519
55,210
22,680
26,240
25,710
20,910
5,100
4,262

106,940
11,573
6,693
55,740
22,810
26,500
25,870

62.3
61.6
62.7
62.5
57.6
53.4
63.2
48.0
49.0
65.9

63.2
62.7
62.0
62.8
57.6
53.3
63.3
47.7
48.8

63.7
63.4
61.7
62.7
57.5
53.3
63.2
47.8
49.0

66.1

66.6

92,017
9,651

98,824
10,395

1982

1983

1984

108,670
11,904
6,810
56,320
22,950
26,610
25,870
21,410
5,500
4,326

110,204
11,958
6,910
56,980
23,170
26,640
25,880
21,450
5,560
4,350

111,550
12,183
6,997
58,110
23,110
26,640
25,980
21,610
5,720
4,369

113,544
12,399
7,133
58,480
23,260
26,700
26,390
21,600
5,740
4,385

63.8
64.1
62.2
62.6
57.2
53.2
63.2
48.0
50.0
67.0

63.9
64.8
62.0
62.6
57.1
52.9
62.2
48.0
51.3

64.0
64! 1
61.8
62.7
57.1
52.5
61.9
47.4
51.2

66.8

66.8

64.0
64.4
61.5
63.1
56.5
52.8
62.2
47.2
52.4
66.9

64.4
64.8
61.5
62.7
56.6
53.1
62.7
47.5
52.3
67.0

100,397
11,006
6,416
55,060
25,520
23,190
20,480
4,990
4,218

99,526
10,644
6,415
55,620
21,250
25,060
22,820
20,430
4,930
4,213

100,834
10,734
6,300
56,550
21,150
24,650
22,650
20,470
4,890
4,218

105,005

4,830
4,174

99,303
10,708
6,284
54,600
21,340
25,730
24,100
20,380
4,960
4,226

21,210
5,290
4,312

1981

88,752
9,477
5,946
52,020

52,720

21,020

21,200

25,010
23,810
19,600
4,630
4,083

24,970
23,840
19,800
4,700
4,093

96,048
9,987
6,038
53,370
21,280
25,130
24,040
19,870
4,750
4,109

56.8
56.7
59.7
61.1
54.8
52.0
59.5
46.1
46.5
64.9

57.9
56.6
59.2
61.2
54.7
51.6
59.3
46.3
46.5
64.8

59.3
57.5
58.1
61.3
54.5
51.5
59.4
45.9
46.3
64.6

59.9
58.7
57.9
61.4
54.0
51.7
59.8
45.9
46.4
65.3

59.2
59.3
58.4
61.3
53.5
51.6
58.9
46.1
46.9
65.6

59.0
59.9
58.4
61.2
52.8
50.7
55.8
45.9
46.5
65.1

57.8
57.0
57.3
61.2
52.4
49.4
54.6
45.2
45.4
64.7

57.9
56.7
55.4
61.4
51.7
48.8
54.2
44.7
44.8
64.4

59.5
57.4
56.0
61.0
50.9
48.9
54.6
44.8
44.5
64.7

7,406
726
298
1,080
990
890
1,480
700
260

6,991
849
358

6,202

6,137
836
408
1,170
1,370
780
1,350
810
270

7,637
865
409
1,140
1,470
770
1,770
830
330

10,678
1,314
495
1,360
1,920
1,580
3,060

86

10,717
1,448
697
1,560
1,960
1,990
3,330
1,140
830
151

8,539
1,399
642
1,610
2,320
2,090
3,430

88

8,273
898
394
1,260
1,730
1,090
2,680
920
510
108

9.6
11.9

7.5
11.3
9.0

6,000

908
405
1,240

1,100
1,120

1,210

66

900
1,590
740
250
75

870
1,580
760
260
94

7.7
7.1
4.8

5.6

7.1

6.1

8.1

8.3
6.3
2.3
5.4
3.4

6,111
54,040
21,310
25,460
24,360

20,100

5.8
7.4
6.3

2.0

2.0

4.5
3.4
5.9
3.4
5.3

5.0
3.5
6.3
3.6
5.0

3.7
5.2

3.0
5.3
3.9
5.3

1.6

1.8

2.2

2.1

6.2

2.1
6.0

7.1
7.5

6.1
2.0
6.4
2.9

6.8
3.9

6.2
2.0

21,220

7.6
7.5
5.8

2.2
7.5
4.1
10.4
4.3
9.3
2.5

1,020
630
137

9.7

11.0
7.2
2.4
8.3
5.9

10.0

11.8

12.8

4.8
11.3
3.1

5.3
14.5
3.5

2.7
8.5
7.5

11,000
6,490
56,870
20,940
24,610
22,960
20,400
4,880
4,249

1,200
860
136

2.8
10.0
7.8
13.0
5.9
15.0
3.1

47. Annual Indexes of productivity and related measures, twelve countries
(1977 = 100)
Item and country

I960

1970

1973

1975

1976

1978

1979

1980

1981

1982

1983

1984

115.6
111.9
167.4

Output per hour
93.4
91.0
85.3

121.6

103.5
107.7
130.7
107.3

106.1
108.8
139.0
104.8
108.5
104.9
104.6
114.3
107.3

99.3
96.4
148.6
104.8
108.2
105.1
101.4

105.3
104.9
107.3

98.2
97.3

108.2
110.9
118.0
104.2
107.2
106.1
106.1
108.6
105.5
100.3
103.6

100.6

100.6

95.9

104.4
103.4
99.5
95.6
98.3
97.6
98.8
98.8
96.4
96.5
94.6
99.0

106.5
106.4
100.5
93.0
99.0
95.9
98.8
98.2
94.1
93.6
93.4
98.6

101.7
105.7

92.3
89.9
91.1
89.4
90.4

108.3
106.7
105.9
107.9

118.8
118.3

132.7
130.6

112.8

121.2

88.8

113.7
107.7
114.5
108.7

110.0

117.5
123.2
129.7
115.4
134.7
117.3
116.0

111.4
116.8

78.0
82.7
87.0
92.5
94.6

95.2
90.5
94.2
99.5
100.3
104.6

84.4
82.6
81.5
127.1
132.4
97.6
123.6
102.3
139.1

97.3
97.7
106.4
130.2
125.1
105.7
121.3
107.4
131.1
106.4
114.6
121.9

103.1
103.6
109.0
122.3
115.2
108.0
114.2
99.6
117.7
105.1
105.7
112.4

91.4
101.4
96.4
107.1
100.4
101.9

57.6
46.5
33.9
34.7
36.3
36.5
48.1
26.1
38.5
37.9
38.5
30.9

69.0
59.2
55.7
53.6
56.1
52.1
67.6
43.7
60.1
54.6
54.2
45.0

85.5
78.2
85.4
79.0
81.0
76.6
84.8
70.2
81.9
77.2
77.3
75.1

74.2
64.8
69.4
68.5
67.8
63.6
81.0
48.1
75.1
57.6
57.2
48.3

91.5

94.6
93.5
97.7
94.1
92.3
93.6
95.0
85.1
95.9
89.1
90.0
89.5

107.3
105.3
98.2
101.4
107.6
107.4
105.0

38.3
29.0
34.8
27.6

72.7
60.6
55.2
57.9
55.6
52.6
67.9
36.0
61.1
46.4
47.7
39.8

61.1
59.0
30.2
30.4
30.1
41.7
26.3
32.5
24.9
21.7
30.1
44.5

72.7
61.7
41.3
41.8
44.5
46.8
43.2
50.6
41.4
34.5
41.1
54.6

94.6
100.7

107.3
98.1
126.2
115.6
117.3
117.3

94.5

123.4

118.7
109.7
113.2
106.1

93.6
98.1
93.2
99.4
99.4
96.1
97.6
97.9
99.1
101.4
106.1
98.1

86.0

100.2

121.0

107.6
152.8
137.0
118.8
128.8
116.8
126.4
130.4
119.4
126.4
118.3

107.2
110.9

95.9
94.6
87.4
95.7
95.4

94.4
88.4
89.8
91.1
85.1
96.8

111.6

101.1

101.8
102.8
101.6

77.0
75.1
65.3
78.0
81.7
73.3

86.0

107.1

101.6

50.7
41.5
17.9
41.6
48.2
35.4
49.2
37.4
44.1
55.1
52.6
71.0

32.8
36.4
36.3
39.8
36.5
31.7
54.6
42.3
53.8

104.9
104.0
135.7
126.5
116.2
116.0
110.3

100.9
101.4
107.9
106.4
102.4
105.9
102.5
103.0
106.6

93.0
91.3
80.2
78.3
82.8
82.0
83.4
90.9
80.1
94.7
94.8
93.1

22.0

101.7
101.9
128.6
119.7
114.3
112.4
108.4
116.9
114.6
109.3
112.7
99.9

97.6
96.2
93.3
95.0
98.0
94.9
96.2
98.9
96.1
99.7
101.7
99.4

79.2
76.8
61.4
59.9
65.3
69.3
70.9
72.7
63.0
81.7
80.7
77.6

60.0
50.3

104.2
117.4

112.0
108.3

110.6
107.4
110.5

112.1

102.1

145.4
128.6
115.3
123.5

111.6

112.7
116.5
110.9

-

123.6
135.2
122.3
134.4
_

121.4
134.9
123.0

Output

88.6

85.4
92.3
82.2
92.1
94.8
90.0
90.4
86.9
91.7

101.0
106.1
96.1

101.6
100.7
103.4
101.3

101.8
102.8

112.1
106.6
106.6
115.4
107.3
101.3
104.0
91.8

100.1
100.6
86.2

111.6
105.2
99.9

100.1
86.8

104.4

115.3

102.2

110.6

160.1
106.2
115.0
106.4
102.5
109.0
106.3
98.7
106.0
89.0

180.3

93.5
94.9
104.8
77.5
96.8
82.6
87.7

99.8
98.9
107.7

-

123.6
108.0
106.5
113.1
_

101.2
113.2
92.0

Total hours

101.0
124.4
131.8

100.6
95.4
107.8
104.3
105.9
101.7

102.0
99.9
104.6
101.4
101.3
101.5
99.0
103.1
101.7
104.3
98.7

101.6
89.7
98.0
94.8
98.4
98.7
93.7
92.6
92.3
91.9

101.1
104.6
102.4
82.8
93.4
90.4
94.8
94.5
90.4
91.3
88.9
81.3

92.7
95.4

102.2
81.6
93.9
85.0
90.8
90.5
86.5

88.6
85.9
78.2

_

86.2

99.9
79.9
87.0
84.2

81.5
82.7
83.9
75.2

83.4
83.9
74.8

_

Compensation per hour
36.7
27.1
8.9
13.9

12.6
15.1
18.8
8.3

12.2
15.8
14.7
14.9

91.4
84.1
92.1
88.9
91.5
88.9

110.2

158.0
167.2
136.9
152.0
165.4
202.7
140.9
237.3
139.4
156.1
158.9

137.1

130.2
135.9
148.1
125.0
160.2
123.5
128.0
133.6
162.8

145.2
151.5
130.2
144.7
149.7
171.3
133.8
197.1
130.3
142.8
148.1
185.6

201.8

163.4
178.5
141.5
164.9
172.6
227.4
146.7
277.0
147.3
173.8
173.2
216.2

117.0
113.5
96.1
104.9
113.7
117.3
107.5
121.9
104.7
108.2
108.3
134.3

130.5
128.1
94.2
108.9
118.9
131.7
115.3
137.0
107.8
117.0
118.6
163.0

138.4
145.7
95.9
114.4
128.8
147.7
121.3
162.9
109.8
130.2
130.9
174.9

147.6
165.4
94.1
118.3
143.5
164.1
126.2
192.4
114.6
138.5
136.3
181.9

146.4
165.9
92.6
120.4
145.3
176.5
125.6
219.2
113.0
145.6
137.1
182.8

130.5
116.4

138.4
129.1
116.4
110.7
108.4
133.4
124.9
126.3
108.2

147.6
142.3

146.4
143.1
104.4
84.4
95.3
113.9
114.1
127.4
97.2
106.2
79.8
158.8

120.1

169.4
181.4
146.0
_

182.8
247.5
152.1
306.0
_

185.6
192.0
233.4

Unit labor costs: National currency basis:
61.1
53.9
40.5
42.4
34.5
41.6
47.3

22.8

86.0
100.1
91.9
85.8
86.7
94.4
77.1
96.2
79.7
77.1
79.4

111.2
101.9
108.1
108.4
114.9

146.5
162.1
87.2

_

147.8
183.1
124.3
227.7

_

152.9
142.3
189.8

Unit labor costs: U.S. dollar basis:

-

74.2

68.8
68.6
63.2
67.6
70.4
71.0
73.1
66.3
53.4
58.7
67.9

91.5
89.8
90.4
89.8
89.8
99.5
89.2
104.3
93.5
81.4
83.2

101.1

88.2
87.4
91.7
96.3
87.6
90.5
89.0
86.9
92.3
92.6

121.6
115.6
115.7
109.7
107.2
126.4

117.0
103.0
117.9
128.1
129.7
135.5
136.2
129.5
128.1
113.8
112.9
163.4

111.8
133.6
126.8
153.4
147.5
141.4
133.2
126.2
125.3
217.2

120.6
115.4
202.9

101.2
92.6
103.2

122.6
120.7
125.4
105.2
114.1
96.9
182.2

146.5
133.0
98.4
_

85.7
103.0
101.4
114.5

_

99.7
76.9
145.4

Data not available.


https://fraser.stlouisfed.org
Federal Reserve Bank of St. Louis

93

MONTHLY LABOR REVIEW

March 1986

• C u rren t L a b o r S ta tistics: Illness a n d In ju ry D a ta

48. Occupational injury and illness incidence rates by industry, United States
Incidence rates per 100 full-time workers 2
Industry and type of case 1
1977

1978

1979

1980

1981

1982

1983

1984

1985

PRIVATE SECTOR 3
Total c a s e s ...........................................................................................................
Lost workday c a s e s ...........................................................................................
Lost w o rkda ys.....................................................................................................

A g riculture, fo re s try , and fis h in g 3
Total c a s e s ..........................................................................................................
Lost workday c a s e s ...........................................................................................
Lost w o rkda ys.....................................................................................................

M ining
Total c a s e s ..........................................................................................................
Lost workday c a s e s ...........................................................................................
Lost w o rkda ys.....................................................................................................

C o n stru ctio n
Total c a s e s ..........................................................................................................
Lost workday c a s e s ...........................................................................................
Lost w o rkda ys.....................................................................................................
General building contractors:
Total c a s e s ..........................................................................................................
Lost workday c a s e s ...........................................................................................
Lost w o rkda ys.....................................................................................................
Heavy construction contractors:
Total c a s e s ...........................................................................................................
Lost workday c a s e s ...........................................................................................
Lost w o rkda ys.....................................................................................................
Special trade contractors:
Total c a s e s ...........................................................................................................
Lost workday c a s e s ...........................................................................................
Lost w o rkda ys.....................................................................................................

M anufacturing
Total c a s e s ...........................................................................................................
Lost workday c a s e s ...........................................................................................
Lost w o rkdays.....................................................................................................

Durable goo ds
Lumber and wood products:
Total c a s e s ...........................................................................................................
Lost workday c a s e s ...........................................................................................
Lost w o rkda ys.....................................................................................................
Furniture and fixtures:
Total c a s e s ...........................................................................................................
Lost workday c a s e s ...........................................................................................
Lost w o rkda ys.....................................................................................................
Stone, clay, and glass products:
Total c a s e s ...........................................................................................................
Lost workday c a s e s ...........................................................................................
Lost w o rkdays......................................................................................................
Primary metal industries:
Total c a s e s ..........................................................................................................
Lost workday c a s e s ...........................................................................................
Lost w o rkda ys.....................................................................................................
Fabricated metal products:
Total c a s e s ..........................................................................................................
Lost workday c a s e s ...........................................................................................
Lost w o rkda ys.....................................................................................................
Machinery, except electrical:
Total c a s e s ..........................................................................................................
Lost workday c a s e s ...........................................................................................
Lost w o rkda ys.....................................................................................................
Electric and electronic equipment:
Total c a s e s ..........................................................................................................
Lost workday c a s e s ...........................................................................................
Lost w o rkda ys.....................................................................................................
Transportation equipment:
Total c a s e s ...........................................................................................................
Lost workday c a s e s ...........................................................................................
Lost w o rkda ys.....................................................................................................
Instruments and related products:
Total c a s e s ..........................................................................................................
Lost workday c a s e s ...........................................................................................
Lost w o rkda ys......................................................................................................
Miscellaneous manufacturing industries:
Total c a s e s ...........................................................................................................
Lost workday c a s e s ...........................................................................................
Lost w o rkdays.....................................................................................................
See footnotes at end of table.

94


https://fraser.stlouisfed.org
Federal Reserve Bank of St. Louis

_

_

-

-

_
-

_

“

”

”

”

-

-

-

”

“

-

-

-

-

11.6
6.2

-

_

3.7
63.4

-

6.1

12.0
6.1

-

86.0

90.8

90.7

10.5
5.4
137.3

8.4
4.5
125.1

9.7
5.3
160.2

“

14.6
115.7

14.8
6.3
118.2

15.5
6.9
128.1

-

15.4
6.9
121.3

-

122.4

14.9
6.4
131.7

-

15.8
7.1
130.1

-

7.7
3.5
58.7

7.6
3.4
58.5

12.3
5.9
82.8

11.8

11.9

5.9

“

“

“

“

146.4

-

-

-

-

15.1
6.3
113.1

-

-

-

-

15.1

-

-

-

-

-

-

-

-

~

“

8.0

8.3
3.8
61.7

6.0

“

-

14.1
5.9

14.4

6.1
107.1

112.0

113.0

14.9

15.4

106.0

15.1
5.8
113.1

15.2

14.7

6.6

6.2

“

119.3

118.6

14.8
6.4
119.0

10.2

10.0

10.6

4.4
75.0

4.3
73.5

4.7
77.9

"

6.0

6.2

6.2

“

-

-

-

-

“

”

”

“

11.5
5.1
82.0

-

-

-

-

17.6
9.0
158.4

16.9
8.3
153.3

18.3
9.2
163.5

19.6
9.9
172.0

-

-

-

-

-

15.1

13.9
5.5
85.6

14.1
5.7
83.0

15.3
6.4
101.5

-

91.9

13.0

13.1

13.6

-

6.1
112.2

6.0
112.0

6.6
120.8

-

12.4
5.4

12.4
5.4
103.4

13.3
115.3

-

96.5

16.1
6.7
104.9

-

10.7
4.1
65.8

-

6.2

14.1
6.9

-

-

-

-

-

-

-

-

-

122.2

-

-

-

-

14.4
6.7
121.3

101.6

-

-

-

-

17.5
7.5
109.9

15.3
6.4
102.5

-

-

-

-

-

-

-

-

10.7
4.2

-

-

-

-

12.9
5.1
74.9

66.0

9.8
3.6
58.1

-

-

-

-

7.4
3.1
48.4

6.5
2.7
42.2

2.6

6.8
2.8

41.4

45.0

-

-

-

-

-

9.8
4.6
78.1

9.2
4.0
72.2

8.4
3.6
64.5

9.3
4.2

-

-

-

-

5.6
2.3
37.0

5.4

-

6.5
2.7
39.2

5.2

-

-

2.1

2.2

35.6

37.5

-

“

-

10.7
4.4
68.3

9.9
4.1
69.9

9.9
4.0
66.3

10.5
4.3
70.2

“

”

15.1

6.1

6.3

6.1

-

-

68.8
-

"

48. —Continued Occupational injury and illness incidence rates by industry, United States
Incidence rates per 100 full-time workers 2
Industry and type of case 1
1977

1978

1979

1980

1982

1981

1983

1984

1985

Nondurable goods
Food and kindred products:
16.7

16.7

8.6

8.0
129.3

16.5
7.9
131.2

131.6

“

8.2

7.2
3.2
44.6

6.5
3.0
42.8

7.7
3.2
51.7

“

17.8

-

-

-

-

-

-

3.9
56.8

-

-

-

8.8

7.6

7.4

8.0

-

3.2
59.2

2.8

2.8

53.8

51.4

3.0
54.0

-

-

-

-

6.3

2.2

6.0
2.1

-

35.0

36.4

6.4
2.4
40.6

6.7
2.5
40.9

-

-

-

-

11.6

10.6

10.0

-

-

5.4
103.6

4.9
99.1

4.5
90.3

10.4
4.7
93.8

“
“
"

-

-

-

-

6.7
3.0
47.4

45.7

2.9
44.6

6.5
2.9
46.0

“
"

-

-

-

-

3.0
48.1

5.7
2.5
39.4

5.5
2.5
42.3

5.3
2.4
40.8

“

-

-

"
-

-

6.7
2.9
51.2

5.3
2.5
46.4

5.5
2.4
46.8

5.1
2.4
Ò3.Ò

"
“

-

-

-

14.6
7.2
117.4

13.0

-

6.0

6.2

100.9

101.4

13.6
6.4
104.3

“

-

-

-

-

”

”

11.5
5.1
82.6

9.9
4.5
86.5

4.4
87.3

-

-

-

-

9.0
5.3

8.8

“

“

“

100.6

4.7
94.9

5.2
105.1

-

“

8.5
4.9
96.7

8.2

-

-

-

-

-

-

-

-

-

-

-

7.3
3.1
45.3

7.2
3.1
45.5

7.2
3.1
47.8

7.4
3.3
50.5

“

-

-

-

-

7.7
3.6
54.7

7.1
3.4
52.1

7.0
3.2
50.6

7.2
3.5
55.5

-

-

-

-

-

“

“

”

7.2
2.9
42.6

7.3
3.0
46.7

7.5
3.2
48.4

-

”

7.1
2.9
41.1

Finance, insurance, and real estate
Total c a s e s ..........................................................................................................
Lost workday cases ...........................................................................................
Lost w o rkda ys.....................................................................................................

-

-

~

“

2.0
.9

“

13.2

2.0
.9
12.8

1.9

.8

11.6

13.6

Services
Total c a s e s ..........................................................................................................
Lost workday c a s e s ...........................................................................................
Lost w o rkda ys.....................................................................................................

-

-

-

5.0
2.3
35.9

4.9
2.3
35.8

5.1
2.4
37.0

5.2
2.5
41.1

Wholesale and retail trade
Total c a s e s ..........................................................................................................
Lost workday c a s e s ...........................................................................................
Lost w o rkda ys.....................................................................................................
Wholesale trade:
Total c a s e s ..........................................................................................................
Lost workday c a s e s ...........................................................................................
Lost w o rkda ys.....................................................................................................
Retail trade:
Total c a s e s ..........................................................................................................
Lost workday c a s e s ...........................................................................................
Lost w o rkda ys............................................................................................... ......

1 Total cases include fatalities.
2 The incidence rates represent the number of injuries and illnesses or lost
workdays per 100 full-time workers and were calculated as:
(N/EH) X 200,000, where:
N = number of injuries and illnesses or lost workdays.


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-

130.7

-

Transportation and public utilities
Total c a s e s ..........................................................................................................
Lost workday c a s e s ...........................................................................................
Lost workdays ...................................................................................................

-

-

-

Total c a s e s ..........................................................................................................
Lost workday c a s e s ...........................................................................................
Lost w o rkda ys.....................................................................................................
Tobacco manufacturing:
Total c a s e s ..........................................................................................................
Lost workday c a s e s ...........................................................................................
Lost w o rkda ys.... ................................................................................................
Textile mill products:
Total c a s e s ..........................................................................................................
Lost workday c a s e s ...........................................................................................
Lost w o rkdays.........................................................................................;...........
Apparel and other textile products:
Total c a s e s ..........................................................................................................
Lost workday c a s e s ...........................................................................................
Lost w o rkda ys.....................................................................................................
Paper and allied products:
Total c a s e s ..........................................................................................................
Lost workday c a s e s ...........................................................................................
Lost w o rkda ys.....................................................................................................
Printing and publishing:
Total c a s e s ..........................................................................................................
Lost workday c a s e s ...........................................................................................
Lost w o rkda ys.....................................................................................................
Chemicals and allied products:
Total c a s e s ..........................................................................................................
Lost workday c a s e s .......................................... ................................................
Lost w o rkda ys.....................................................................................................
Petroleum and coal products:
Total c a s e s ..........................................................................................................
Lost workday c a s e s ...........................................................................................
Lost w o rkda ys.....................................................................................................
Rubber and miscellaneous plastics products:
Total c a s e s ..........................................................................................................
Lost workday c a s e s ...........................................................................................
Lost w o rkda ys.....................................................................................................
Leather and leather products:
Total c a s e s ..........................................................................................................
Lost workday c a s e s ................................................................. ■■........................
Lost w o rkda ys.....................................................................................................

”

“

-

“

6.6

1.9

6.6
2.8

12.7

6.6

10.0

8.1

“

“

10.5
4.7
94.4

.9

EH = total hours worked by all employees during calendar year.
200,000 = base for 100 full-time equivalent workers (working 40 hours per
week, 50 weeks per year.)
3 Excludes farms with fewer than 11 employees since 1976.
- Data not available.

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