Lorillard
Economic Justification for Worksite Smoking Policies
Fields
- Author
- Tollison, R.D.
- Wagner, R.E.
- Alias
- 88772573/88772584
- Type
- REPT, OTHER REPORT
- BIBL, BIBLIOGRAPHY
- Area
- CROUSE,WILLIAM/BASEMENT GMP
- Litigation
- Stmn/Produced
- Characteristic
- EXTR, EXTRA
- Site
- G10
- Named Organization
- Auburn Univ
- Bureau of Economics
- Clemson Univ
- Cornell Univ
- Fl State Univ
- Ftc, Federal Trade Commission
- George Mason Univ Fairfax Va
- Office of Technology Assessment
- Presidents Council of Economic Advisors
- Southern Economic Assn
- Tulane Univ
- Tx A+M Univ
- Univ of Ca Irvine
- Univ of Va
- Urban Inst
- Va Tech
- Bureau of Economics
- Master ID
- 88772371/2597
Related Documents:- 88772371-2597 United States Environmental Protection Agency Environmental Tobacco Smoke: A Compendium of Technical Information Comments of the Tobacco Institute 900205 Reviewers' Statements
- 88772372-2379 Comments on Chapter 3
- 88772380-2396 Review of: Environmental Tobacco Smoke A Compendium of Technical Information
- 88772397-2403 Reactions to Environmental Tobacco Smoke: A Compendium of Technical Information Chapter 4: Environmental Tobacco Smoke and Cancer
- 88772404-2418 Comments on Environmental Tobacco Smoke: A Compendium of Technical Information Chapter 4: Environmental Tobacco Smoke and Cancer
- 88772419-2433 Chapter 4: Environmental Tobacco Smoke and Cancer - Environmental Tobacco Smoke: A Compendium of Technical Information
- 88772434-2442 Statement
- 88772443-2466 Critique of the Report Entitled Environmental Tobacco Smoke: A Compendium of Technical Information U.S. Environmental Protection Agency Chapters 5-8
- 88772467-2481 Environmental Tobacco Smoke: A Compendium of Technical Information Technical Review
- 88772482-2494 Review of: Environmental Tobacco Smoke A Compendium of Technical Information
- 88772495-2500 Comments by Dr. Guy B. Oldaker III on Chapter 5 Measuring Exposure to Environmental Tobacco Smoke
- 88772501-2504 Comments with References on 'measuring Exposure to Environmental Tobacco Smoke'
- 88772505-2512 Comments by Dr. Guy B. Oldaker III on Chapter 6 Exposures to Air Pollutants
- 88772513-2530 Comments by Dr. Guy B. Oldaker III on Chapter 7 Exposure Assessment in Passive Smoking
- 88772531-2533 Comments on Chapter 7: Exposure Assessment in Passive Smoking
- 88772534-2540 Review of Chapter 8 by D. Hoffmann, K.D. Brunnemann, and N. J. Haley of the Draft Compendium of Technical Information on Ets Edited by the Environmental Protection Agency
- 88772541-2553 Critique of Environmental Tobacco Smoke: A Compendium of Technical Information Chapter 9: the Effects of Passive Smoking and Day Care on Respiratory Illnesses in Children
- 88772554-2572 Evaluation of Appendix 10: Economic Justification for No Smoking Policies at the Worksite
- 88772585-2596 Review of: Environmental Tobacco Smoke A Compendium of Technical Information
- Named Person
- Ault
- Behrens, R.
- Buchanan, J.M.
- Ekelund
- Jackson
- Kristein
- Luce
- Rice
- Saba
- Saurman
- Schweitzer
- Tollison, R.D.
- Wagner, R.E.
- Weis
- Behrens, R.
- Date Loaded
- 12 Feb 1999
- UCSF Legacy ID
- hgh30e00
Document Images
Economic Justification for Worksite Smoking Policies
by
Robert D. Tollison and Richard E. Wagner
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We are Dr. Robert D. Tollison and Dr. Richard E.
Wagner of George Mason University in Fai::fax, Virginia.
Dr. Tollison is presently Director of the Center for
Study of Public Choice and Duncan Black ]?rofessor of Economics
at George Mason University. Dr. Tollisoil received his
doctoral degree in economics in 1969 froin the University of
Virginia. Since that time, he has taugh-: at Cornell
University, Texas A&M University, Virginia Tech, Clemson
University, and now at George Mason Univiarsity. He has also
served as a'Senior Staff Economist on the President's Council
of Economic Advisers and as Director of -:he Bureau of
Economics at the Federal Trade Commission. Dr. Tollison is
the author of numerous scholarly books a>>d articles, and is
the past president of the Southern Economic Association.
Dr. Wagner is presently Chairm,in of the Department
of Economics and Harris Professor of Economics at George Mason
University. Dr. Wagner completed his Ph.D. in economics at
the University of Virginia in 1966. Since that time, he has
taught at the University of California ar. Irvine, Tulane
University, Virginia Tech, Auburn Univer3ity, Florida State
University, and now at George Mason University. Dr. Wagner
also spent a year as a resident scholar at the Urban
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Institute. He has published widely in economics, including
two textbooks on public finance, numerou;3 scholarly papers,
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and a treatise on democracy with James M. Buchanan, 1986
recipient of the Nobel Prize in Economic;3.
We have been asked to comment upon Chapter Ten and
Chapter Ten's Appendix of a document entitled "Environmental
Tobacco Smoke: A Compendium of Technica:L Information."
Chapter Ten's Appendix, "Economic Justification for No Smoking
Policies at the Worksite," by Ruth Behreas claims that
smokers are particularly costly employee;3, as they raise costs
to American businesses as much as $100 bLllion per year. The
implication of this claim is that stringent anti-smoking
policies in workplaces are good for busiaess and the American
economy.
However, we find the arguments in support of the
author's thesis to be utterly without merit. At best, those
arguments can be said to confuse accountLng for economics, in
that the accounting-based claims the aut:zor makes about costs
are misrepresented as being costs to busLness when, as a
modicum of economic understanding would 3how, they are really
costs to smoking workers. But it is also questionable how
accurate those claims of cost are, even when considered from
an accounting point of view.
Th& author presents a number oE estimates on the
alleged added cost of smokers to American business. For
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instance, studies by Luce and Schweitzer (1978), the Office of
Technology Assessment (1985), and Rice et al. (1978), all
provide cost estimates per year of between $52.8 billion and
$62.2 billion in 1984 dollars. These studies isolate three
main categories of cost (p. 174):
(1) lost earnings due to early death, which accounts
for about 40 percent of the estimated totals;
(2) medical and hospital expenses attributed to
smokers in excess of what is attributed to nonsmokers, which
also accounts for about 40 percent of the estimated totals;
and
(3) lost earnings attributed to smoking-related ill-
nesses, which accounts for about 20 percent of the estimated
totals.
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In addition, the author cites a study by Kristein
(1983) that estimates the added cost to business to be in the
range of $336 to $601 per smoker per year, as well as one by
Weis (1981) that estimates that added cost to be around ten
times higher, in the vicinity of $4,500. Many of the cost
categories discussed in these latter two studies duplicate one
of the three noted above, but a few of them do not, or at
least do not appear obviously to be duplications. For
instance, the claim in Weis and in Kristein that smokers
increase the costs of life and disability insurance for
businesses is related to category #1 abcve; the claim that
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--smokers-increase health insurance-costs is related to category
#2; and the claim that smokers increase costs through
increased absenteeism is related to category #3. What remains
are a few miscellaneous categories in which it is alleged that
smokers increase costs to business: (a) a claim that smokers
are responsible for increased property damage and lead to
increased costs for fire, liability, and accident insurance;
(b) a claim that smokers increase costs for ventilation and
air-conditioning, and (c) a claim that smokers increase costs
through the time they spend smoking on the job.
A consideration of these various alleged cost
elements shows that there are six separable cost categories
concerning the alleged higher cost of smoking: (1) life.
insurance costs, (2) health insurance costs, (3) missed work
through absenteeism, (4) missed work through smoking breaks,
(5) property damage, and (6) costs for ventilation and
air-conditioning. We shall examine each of these categories
in turn, explaining why none of them create any legitimate
issues of public policy, as well as showing why several of
them are dubious even as accounting propositions.
1. Life insurance costs. Life insurance companies
charge lower premiums to nonsmokers than to smokers for the
same type of coverage. But nonsmokers are not harmed by the
purchase of life insurance by smokers, for each pays an
actuarially fair price for the relevant risk category. By the
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same token, the lifetime earning losses noted by Behrens (p.
174) are lost by smokers and do not represent losses to
nonsmokers.
What about employers who provide life insurance to
their employees? An employer with a greater proportion of
smokers would seem to incur a higher cosi; in doing so than an
employer with fewer smokers--at least if the insurance were
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provided free of direct charge to the employees. This would
be so in the situation described, but it should be noted in
this case that it is the employer (i.e., the owner or owners
of the firm, really) who is bearing this higher cost and not
the nonsmoking workers.
But_this is a cost the employer could avoid by
passing on the extra cost of coverage fo)- smokers to smokers.
There is no reason why smokers and nonsmokers have to be
offered the same terms under group life ansurance. If an
insurance company charges a company higher premiums for
smokers, then the company may choose to ]?ass on the additional
costs to smokers just as they can charge more for medical
insurance for people who elect to have maternity coverage than
for those who do not.
2. Health insurance costs. The claim that smokers
are higher cost employees for purposes o.` health insurance is 00
C7)
related to the claim that their annual medical expenses are ~
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more than $20 billion per year beyond wh,at they would be if N
UT
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they were nonsmokers. This claim is problematical on both
accounting and economic grounds.
On accounting grounds, those who make the claim that
smoking employees have higher health insurance costs base
their assertion on adding up cases where smokers supposedly
have higher medical expenses than nonsmokers, and attributing
the difference to smoking. But there are also cases where
smokers have lower medical expenses, and these could likewise
be attributed to smoking. For instance, Parkinson's disease
is apparently rare among smokers, and it would be possible to
impute a cost saving to smoking in this ::espect, due to the
lower incidence of Parkinson's disease among smokers. Larger
in magnitude but similar in spirit, smokers have a lower
incidence of various geriatrical-related illnesses and
diseases, and this cost saving could likewise be attributed to
smoking.
The result of a more complete accounting is unknown,
but at the very least it would reduce the accounting cost
attributed to smoking, and could even eliminate it.
Economically, the situation is much the ;same as with
employer-provided life insurance. If a company makes health
insurance available on equal terms to bo:h smoking and
nonsmoking workers, and if smokers are more costly to serve,
it is the employers-owners who lose. Ani9 they could seek to
pass on some of that added cost to smoki:lg employees, by
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charging them for the added cost of their_premiums. But, as
with life insurance, this is essentially a matter of
compensation policy within companies, an3 not a matter of
public policy.
3. Missed work due to absenteeism. One aspect of
the claim that smokers have poorer health than nonsmokers is
the claim that they miss work more often than nonsmokers.
Some data allege that smokers on average miss about 2.2 days
more work per year than nonsmokers. Based on this assumption,
it might appear that smokers are more costly workers than
nonsmokers. But the same type of data also show that pipe and
cigar smokers miss less work than nonsmokers. Consistency
would seem to require the conclusion that productivity might
be enhanced by getting people to start s:.noking pipes and
cigars!
Another possible conclusion is that these accounting
data are misleading, if not wrong. Smokers are relatively
heavily concentrated in blue collar occupations with hourly
pay and compensated sick leave. Smokers are less represented
in white collar occupations with salary and without formal
sick leave provisions--and which are generally occupations
with a greater degree of on-the-job fun and recreation. There
is no evidence that supports claims that, allowing for type of
occupation and form of compensation, smokers miss work more
often than nonsmokers. In fact, there is some evidence that
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when such factors are taken into_account, smoking per se has
no impact on worker absenteeism (Ault, Ekelund, Jackson, Saba,
and Saurman 1988).
To be sure, should smokers mis;a more work than non-
smokers, this would show smokers to be hLgher cost employees
than nonsmokers. But who bears this cos-=? We would.generally
expect such higher cost workers to earn :Less, as, for example,
in being promoted less quickly than lowe:: cost employees. In
any event, smokers who might have relatively high rates of
absenteeism would be a burden to their employers only to the
extent the employers agreed to accept that burden--which is to
say, only to the extent they decided to act charitably.
4. Missed work due to smoking breaks. This
category is analytically identical to the preceding one. The
accounting exercise is quite simple. Suppose smokers take
four smoking breaks per day, of 15 minutes each. If the
standard working day were eight hours, smokers would be viewed
as working only seven hours. This would make smokers 12
percent more costly than nonsmokers--assuming that this was
the only difference between smokers and nonsmokers.
While this assumption informs ;;uch accounting
efforts, it is surely without foundation. This assumption
would have us believe that smokers and nonsmokers work equally
diligently for seven hours per day, and =hat nonsmokers
continue in the same manner for the eigh-:h hour while smokers
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sit back and smoke for that eighth hour. Yet experience in
any business establishment will show all kinds of ways that
nonsmokers can also take what might be called on-the-job
leisure: drinking coffee, making shopping lists on a
computer, talking about sports with a co:lleague, and
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daydreaming while appearing to be thinking, are a few of many
possible illustrations. Smoking is simp:ly more visible and
explicit, particularly in workplaces tha: allow smoking only
in particular areas and times. But it is far, far from the
only source of on-the-job leisure in workplaces throughout the
land.
5. Property damage. It is claimed that smokers
damage property in such forms as burned carpets and higher
costs for cleaning draperies. This accounting fiction is
based on a presumption that nonsmokers do not do such things.
But it is totally illegitimate to add up such
smoking-att'ributable costs as cigarette burns and call this an
excess cost of having smoking workers, wathout also trying to
consider the costs that nonsmoking worke::s might incur.
Many nonsmokers drink coffee o:: soft drinks, and
which on occasion are spilled--sometimes even onto, or into,
such expensive office equipment as compul:ers and copying
machines. Another nonsmoking employee may have failed to
place a ladder securely in its position In a store room, with
the result being that vibrations from a nearby fork lift
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caused the ladder to fall and crash into some chemicals stored
on a shelf, that in turn fell and broke open. This in turn
shorted out the electrical system in the building, causing the
loss of much computer work.
Employers, of course, have incentives to mitigate
accidental damage to property, whether by smokers or
nonsmokers. But the kinds of accounting statistics reported
by EPA give no basis for concluding that smokers are a source
of excess property damage. And in any event, the issues
created are ones of individual business policy and not of
public policy.
6. Ventilation and air-conditioning costs. The
claim that smokers increase costs of vent:ilation and
air-conditioning is the same kind of claim as the preceding
one that smokers are sources of property damage. Indeed, in
many cases there may be no added ventilat:ion cost that can be
reasonably attributed to smoking. To be sure, the inadequacy
of ventilation in modern buildings is coming increasingly to
be recognized. But in a great many case~s, and probably in
most, there is no assignable cost of vent:ilation for
particular items.
To illustrate, suppose the only two things to be
removed from the air are cigarette smoke and formaldehyde. It
is doubtful rf a less expensive ventilati.on system would be
installed if there were no cigarette smoke to remove. And
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