Business Investment and Employment Tax 
Incentives to Stimulate the Economy 
Thomas L. Hungerford 
Section Research Manager 
Jane G. Gravelle 
Senior Specialist in Economic Policy 
September 16, 2010 
Congressional Research Service
7-5700 
www.crs.gov 
R41034 
CRS Report for Congress
P
  repared for Members and Committees of Congress        
Business Investment and Employment Tax Incentives to Stimulate the Economy 
 
Summary 
According to the Business Cycle Dating Committee of the National Bureau of Economic 
Research (NBER), the U.S. economy has been in recession since December 2007. Congress 
passed and the President signed an economic stimulus package, the American Recovery and 
Reinvestment Act of 2009 (P.L. 111-5), in February 2009. The $787 billion package included 
$286 billion in tax cuts to help stimulate the economy. Among the tax reductions, many were tax 
incentives directed to business. The preliminary estimate of fourth quarter real gross domestic 
product (GDP) growth is 5.9%; the unemployment rate, a lagging indicator, averaged 9.6% in the 
third quarter and 10.0% in the fourth quarter of 2009. Federal Reserve Chairman Ben Bernanke 
expects the economy to continue growing at a modest pace, but predicts that bank lending will 
remain constrained and the job market will remain weak into at least 2010. To further assist 
unemployed workers, help business, and stimulate housing markets, Congress passed the Worker, 
Homeownership, and Business Assistance Act of 2009 (P.L. 111-92). The Obama Administration 
has advocated further business tax incentives to spur investment and employment, especially for 
small business. The House and Senate passed the Hiring Incentives to Restore Employment 
(HIRE) Act, which includes an employment tax credit. The President signed the act into law on 
March 18, 2010. 
The two most common measures to provide business tax incentives for new investment are 
investment tax credits and accelerated deductions for depreciation. The evidence, however, 
suggests that a business tax subsidy may not necessarily be the best choice for fiscal stimulus, 
largely because of the uncertainty of its success in stimulating aggregate demand. If such 
subsidies are used, however, the most effective short-run policy is probably a temporary 
investment subsidy. Permanent investment subsidies may distort the allocation of investment in 
the long run. 
Employment and wage subsidies are designed to increase employment directly by reducing a 
firm’s wage bill. The tax system is a frequently used means for providing employment subsidies. 
Most of the business tax incentives for hiring currently under discussion are modeled partially on 
the New Jobs Tax Credit (NJTC) from 1977 and 1978. Evidence provided in various studies 
suggests that incremental tax credits have the potential of increasing employment, but in practice 
may not be as effective in increasing employment as desired. There are several reasons why this 
may be the case. First, jobs tax credits are often complex and many employers, especially small 
businesses, may not want to incur the necessary record-keeping costs. Second, since eligibility for 
the tax credit is determined when the firm files the annual tax return, firms do not know if they 
are eligible for the credit at the time hiring decisions are made. Third, many firms may not even 
be aware of the availability of the tax credit until it is time to file a tax return. Lastly, product 
demand appears to be the primary determinant of hiring. 
 
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Business Investment and Employment Tax Incentives to Stimulate the Economy 
 
Contents 
The State of the Economy ........................................................................................................... 1 
Investment ............................................................................................................................ 3 
Employment ......................................................................................................................... 4 
Investment Subsidies................................................................................................................... 7 
Empirical Evidence on the Effectiveness of Investment Incentives ........................................ 8 
Direct Effects of Investment Incentives on Employment...................................................... 10 
Employment Subsidies.............................................................................................................. 11 
Empirical Evidence on the Effectiveness of Employment Subsidies..................................... 11 
Current Proposals................................................................................................................ 14 
Concluding Remarks................................................................................................................. 15 
 
Figures 
Figure 1. Industrial Production Index: 1990-1991, 2001, and Current Recession.......................... 2 
Figure 2. Industrial Production Index: 1973-1975, 1981-1982, and Current Recession................. 3 
Figure 3. Real Investment Growth in Five Recessions ................................................................. 4 
Figure 4. Employment Levels During the 1990-1991, 2001, and Current Recessions ................... 5 
Figure 5. Employment Levels During the 1973-1975, 1981-1982,  and Current 
Recessions ............................................................................................................................... 6 
Figure 6. Unemployment Rate and Long-Term Unemployment Rate ........................................... 7 
 
Contacts 
Author Contact Information ...................................................................................................... 16 
 
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Business Investment and Employment Tax Incentives to Stimulate the Economy 
 
ccording to the Business Cycle Dating Committee of the National Bureau of Economic 
Research (NBER), the U.S. economy has been in recession since December 2007.1 
A Congress passed and the President signed an economic stimulus package, the American 
Recovery and Reinvestment Act of 2009 (P.L. 111-5), in February 2009. The $787 billion 
package included $286 billion in tax cuts to help stimulate the economy. Among the tax 
reductions, many were tax incentives directed to business. The estimated revenue losses of the 
business tax incentives are $40 billion for FY2009, $36 billion for FY2010, and $6 billion for 
FY2009-FY2019 (because of  estimated revenue gains in the out years). The business tax 
incentives included a temporary expansion of the work opportunity tax credit, a temporary 
increase of small business expensing, a temporary extension of bonus depreciation, and a five-
year carryback of 2008 net operating losses for small businesses. 
The preliminary estimate of fourth quarter real gross domestic product (GDP) growth is 5.9%; the 
unemployment rate, a lagging indicator, averaged 9.6% in the third quarter and 10.0% in the 
fourth quarter of 2009. Federal Reserve Chairman Ben Bernanke expects the economy to 
continue growing at a modest pace, but predicts that bank lending will remain constrained and the 
job market remain weak into at least 2010.2 To further assist unemployed workers, help business, 
and stimulate housing markets, Congress passed the Worker, Homeownership, and Business 
Assistance Act of 2009 (signed by the President on November 6, 2009, P.L. 111-92). 
Many observers have advocated further business tax incentives to spur investment and 
employment. Recent op-ed contributors have proposed tax credits to encourage businesses to 
hire.3 The Obama Administration has proposed tax incentives for small businesses to encourage 
investment and hiring. The House and Senate passed the Hiring Incentives to Restore 
Employment (HIRE) Act, which includes an employment tax credit. The President signed the act 
into law on March 18, 2010. 
The State of the Economy 
The need for tax incentives to boost economic activity depends on the state of the economy. One 
measure that has tracked economic activity fairly well in the past is the Federal Reserve Board’s 
industrial production index, which is used by NBER in its determination of the economy’s turning 
points.4 Figure 1 and Figure 2 show the monthly industrial production index for four past 
recessions and the current recession. The index is followed from the beginning of each recession 
(month 0 in the figures) and for the next 36 months.5 Figure 1 compares the trend in the industrial 
production index for the previous two recessions (the 1990-1991 recession and 2001 recession) 
with the current recession (the dashed line). The previous two recessions lasted for eight months 
                                                
1 NBER defines a recession as a “significant decline in economic activity spread across the economy, lasting more than 
a few months” (http://www.nber.org/cycles/cyclemain.html). 
2 Ben S. Bernanke, “On the Outlook for the Economy and Policy,” speech at the Economic Club of New York, 
November 16, 2009, available at http://www.federalreserve.gov/newsevents/speech/bernanke20091116a.htm. 
3 See, for example, Mark Zandi, “Help Small Businesses Hire Again,” New York Times, November 3, 2009, p. A35; 
Robert Pozen, “Give Credit to Create Jobs-But Only Where It’s Due,” Financial Times, November 4, 2009, p. 11; and 
Charles E. Schumer and Orrin G. Hatch, “A Payroll Tax Break for Jobs,” New York Times, January 26, 2010, p. A23. 
4 The production index measures real output in the manufacturing, mining, and electric and gas utilities industries. See 
http://www.federalreserve.gov/releases/g17/About.htm. 
5 The index is rescaled so that it equals 100 in the month the recession started. 
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Business Investment and Employment Tax Incentives to Stimulate the Economy 
 
according to NBER; the industrial production index in both cases started to track upward eight 
months after the recession started.6 In the current recession, however, the industrial production 
index was still declining eight months after the recession started and continued to trend 
downward for the next 10 months. 
Figure 1. Industrial Production Index: 1990-1991, 2001, and Current Recession 
110
105
1990-91 Recession
100
2001 Recession
95
x
de
n
90
tion I
uc
85
rod
2007-? Recession
l P
80
tria
dus
In
75
70
65
60
0
1
2
3
4
5
6
7
8
9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36
Months After Start of Recession
 
Source: CRS analysis of Federal Reserve Board data. 
Figure 2 compares the current recession with the 1973-1975 and 1981-1982 recessions. The latter 
recessions lasted for 16 months according to NBER and the industrial production index bottomed 
out at the end of each recession.7 The trend in index for the current recession appears to 
approximately track the trend over the other two recessions. In the current recession, the index 
declined between December 2007 and May 2009, before turning up. The data on real GDP 
growth and industrial production suggest that economic activity (that is, output) may have begun 
increasing in May or June 2009. The tax incentives to enhance economic activity being discussed, 
however, do not target output. Rather they target investment and employment. 
                                                
6 The end of the 1990-1991 and 2001 recessions is denoted by the vertical line in the figure. 
7 The end of the 1973-1975 and 1981-1982 recessions is denoted by the vertical line in the figure. 
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Figure 2. Industrial Production Index: 1973-1975, 1981-1982, and Current Recession 
110
105
1973-75 Recession
1981-82 Recession
100
95
x
de
n
90
tion I
uc
85
rod
2007-? Recession
l P
80
tria
dus
In
75
70
65
60
0
1
2
3
4
5
6
7
8
9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36
Months After Start of Recession
 
Source: CRS analysis of Federal Reserve Board data. 
Investment 
Investment spending by firms tends to decrease in a recession. Figure 3 displays the quarterly 
growth rates for real nonresidential gross investment (i.e., business investment) for the quarter in 
which the recession started and the subsequent 10 quarters for five recessions. Each recession is 
different, but generally by the third quarter after the start of the recession real investment growth 
is negative and remains negative for the next four quarters. During the current recession, the 
decline in real investment spending was particularly severe in the fourth and fifth quarters 
compared to the other four recessions. 
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Figure 3. Real Investment Growth in Five Recessions 
40
1973-75 Recession
1981-82 Recession
30
1990-91 Recession
2001 Recession
2007-? Recession
20
10
nge
a
h
0
 C
0
1
2
3
4
5
6
7
8
9
10
ge
ta
n -10
e
rc
e
P
-20
-30
-40
-50
Quarters After Start of Recession
 
Source: CRS analysis of Bureau of Economic Analysis data. 
Not all gross investment is used to add to the capital stock; some is used to replace worn-out 
capital goods (i.e., consumption of fixed capital or depreciation). In 2008, about 75% of gross 
investment spending replaced the value of worn-out fixed assets (this percentage has varied 
between 57% and 83% over the past 40 years); the other 25% increased the capital stock. The 
consumption of fixed assets as a percentage of gross nonresidential investment stood at 60% in 
1970; it increased by 15 percentage points between 1970 and 2008 (reaching 83% in 2003). 
Overall, net nonresidential investment as a percentage of GDP has been trending downward—
falling from 4.1% in 1970 to 3.0% in 2008. 
Employment 
Employment has fallen in every month since the recession began in December 2007. Figure 4 
and Figure 5 show employment for the first month of the recession and the subsequent 36 months 
for the current recession and four other recessions. Employment is shown as an employment 
index (i.e., as the percentage of employment in the first month of the recession). Employment 
typically lags the recovery in output by a few months in part because employers are likely to 
restore the hours worked by employees still on their payrolls before recalling those laid off or 
hiring new workers. 
The current recession is compared with the previous two recessions—the 1990-1991 and 2001 
recessions—in Figure 4. Although the previous two recessions were relatively mild and short 
(lasting for eight months), employment levels were either stagnant (the 1990-1991 recession) or 
declining (the 2001 recession) for several months after the end of the recession. For example, 
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Business Investment and Employment Tax Incentives to Stimulate the Economy 
 
employment hit bottom 21 months after the 2001 recession ended. In the current recession, 
employment levels declined slightly over the first nine months of the recession and then fell 
sharply over the next 12 months. By January 2010, employment stood at 94% of the December 
2007 employment level. 
Figure 4. Employment Levels During the 1990-1991, 2001, and Current Recessions 
104
102
100
1990-91 Recession
x
e
d
n
98
 I
nt
e
2001 Recession
m
oy
96
pl
m
E
2007-? Recession
94
92
90
0
1
2
3
4
5
6
7
8
9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36
Months After Start of Recession
 
Source: CRS analysis of Bureau of Labor Statistics data. 
Figure 5 compares the employment levels during the current recession with employment levels 
during the 1973-1975 and 1981-1982 recessions. These latter two recessions were relatively deep 
and prolonged—lasting for 16 months. For these two recessions, the employment level began 
increasing within a month or two after the end of the recession (the end of these recessions is 
denoted by the vertical line in the figure). In the current recession, employment levels were 
continuing downward 25 months after the recession began. 
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Figure 5. Employment Levels During the 1973-1975, 1981-1982,  
and Current Recessions 
106
104
102
1973-75 Recession
100
x
nde
 I
98
nt
e
m
1981-82 Recession
loy
96
p
2007-? Recession
m
E
94
92
90
88
0
1
2
3
4
5
6
7
8
9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36
Months After Start of Recession
 
Source: CRS analysis of Bureau of Labor Statistics data. 
Weakness in the labor market is further indicated by the proportion of the labor force who have 
been unemployed for at least six months (the long-term unemployed). Figure 6 displays the 
monthly unemployment and long-term unemployment rates since 1948. The long-term 
unemployment rate has generally tracked the unemployment rate over the business cycle. Over a 
business cycle, the long-term unemployment rate is at its lowest point at or near the beginning of 
a recession and then reaches a peak a few months after the end of the recession (typically within 
six to eight months). Like the unemployment rate, the long-term unemployment rate is a lagging 
indicator—the labor market does not begin to recover from a recession until some time after the 
official end of the recession. After the 1990-1991 and 2001 recessions, however, the long-term 
unemployment rate did not reach its peak until 15 and 19 months, respectively, after the recession 
ended. The long-term unemployment rate is currently higher than at any time over the past 62 
years—in June 2010, 4.4% of the labor force or about 46% of the unemployed had been out of 
work for six months or more. 
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Figure 6. Unemployment Rate and Long-Term Unemployment Rate 
12%
10%
8%
6%
4%
2%
0%
Jan-48
Jan-52
Jan-56
Jan-60
Jan-64
Jan-68
Jan-72
Jan-76
Jan-80
Jan-84
Jan-88
Jan-92
Jan-96
Jan-00
Jan-04
Jan-08
Recessions
Unemployment Rate
Long-term Unemployment Rate
 
Source: CRS analysis of Bureau of Labor Statistics data. 
Investment Subsidies 
The two most common measures to provide tax incentives for new investment are investment tax 
credits and accelerated deductions for depreciation. Investment tax credits provide for a credit 
against tax liability for a portion of the purchase price of assets and are often proposed as a 
counter-cyclical or economic stimulus measure. Accelerated depreciation speeds up the rate at 
which the cost of an investment is deducted. 
The investment tax credit was originally introduced in 1962 as a permanent subsidy, but it came 
to be used as a counter-cyclical device. It was temporarily suspended in 1966-1967 (and restored 
prematurely) as an anti-inflationary measure; it was repealed in 1969, also as an anti-inflationary 
measure. The credit was reinstated in 1971, temporarily increased in 1975, and made permanent 
in 1976. After that time, the credit tended to be viewed as a permanent feature of the tax system. 
At the same time, economists were increasingly writing about the distortions across asset types 
that arose from an investment credit. The Tax Reform Act of 1986 moved toward a system that 
was more neutral across asset types and repealed the investment tax credit while lowering tax 
rates. 
Accelerated depreciation tends not to be used for counter-cyclical purposes. At least one reason 
for not using accelerated depreciation for temporary, counter-cyclical purposes is because such a 
revision would add considerable complexity to the tax law if used in a temporary fashion, since 
different vintages of investment would be treated differently. An investment credit, by contrast, 
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occurs the year the investment is made and, when repealed, only requires firms with carry-overs 
of unused credits to compute credits. An exception to the problem with accounting complexities 
associated with accelerated depreciation is partial expensing (that is, allowing a fraction of 
investment to be deducted up front and the remainder to be depreciated). This partial expensing 
approach also is neutral across all assets it applies to, but the cash flow effects are more 
concentrated in the present (and revenue is gained in the future). A temporary partial expensing 
provision, allowing 30% of investments in equipment to be expensed over the next two years, 
was included in H.R. 3090 in 2002 and expanded to 50% and extended through 2004 in tax 
legislation enacted in 2003. It expired in 2004. The Economic Stimulus Act of 2008 (P.L. 110-
185) included temporary bonus depreciation for 2008, which was extended for 2009 by the 
American Recovery and Reinvestment Act of 2009 (ARRA; P.L. 111-5). The Obama 
Administration recently proposed 100% expensing for qualified capital investments through the 
end of 2011. 
The extent to which these business tax breaks are a successful counter-cyclical stimulus hinges on 
the effectiveness of investment subsidies in inducing spending. It is difficult to determine the 
effect of a business tax cut and the timing of induced investment. A business tax cut is aimed at 
stimulating investment largely through changes in the cost (or price) of capital. If there is little 
marginal stimulus or if investment is not responsive to these price effects in the short run, then 
most of the cut may be saved: either used to pay down debt or paid out in dividends, although 
some of the latter might eventually be spent after a lag. That is, if a tax cut simply involved a cash 
payment to a firm, most of it might be saved, particularly in the short run. Business tax cuts (of 
most types) also have effects on rates of return that increase the incentive to invest, and it is 
generally for that reason that investment incentives have been considered as counter-cyclical 
devices. Investment incentives through expensing for small businesses, however, are usually 
phased-out. As a result, these provisions produce a disincentive to investment over the phase-out 
range.8 Consequently, the overall incentive effect is ambiguous. 
Empirical Evidence on the Effectiveness of Investment Incentives 
Despite attempts to analyze the effect of the investment tax credit, considerable uncertainty 
remains. Time series studies of aggregate investment using factors such as the tax credit (or other 
elements that affect the tax burden on capital or the “price” of capital) as explanatory variables 
tended to find little or no relationship.9 A number of criticisms could be made of this type of 
analysis, among them the possibility that tax subsidies and other interventions to encourage 
investment were made during periods of economic slowdown. A recent study using micro data 
found an elasticity (the percentage change in investment divided by the percentage change in the 
user cost of capital) for equipment of -0.25.10 A widely cited study by Cummins, Hassett, and 
Hubbard used panel data and tax reforms as “natural experiments” and found effects that suggest 
a price elasticity of -0.66 for equipment.11 Although the second estimate is higher, both are 
                                                
8 See CRS Report RL31852, Small Business Expensing Allowance: Current Status, Legislative Proposals, and 
Economic Effects, by Gary Guenther. 
9 A summary of this early literature can be found in several sources. For a non-technical summary, see Jane G. 
Gravelle, The Economic Effects of Taxing Capital Income, Cambridge, MIT Press, 1994, pp. 118-120. 
10 Robert S. Chirinko, Steven M. Fazzarri, and Andrew P. Meyer, “How Responsive is Business Capital Formation to 
its User Cost? An Exploration with Micro Data?” Journal of Public Economics vol. 74 (1999), pp. 53-80. 
11 Jason G. Cummins, Kevin A. Hassett, and R. Glen Hubbard, “A Reconsideration of Behavior Using Tax Reforms as 
Natural Experiments.” Brookings Papers on Economic Activity, 1994, no. 1, pp. 1-72. 
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considered inelastic (less than a unitary elasticity) implying that induced spending is less than the 
cost. 
This last estimate is a higher estimate than had previously been found and reflects some important 
advances in statistical identification of the response. Yet, it is not at all clear that this elasticity 
would apply to stimulating investment in the aggregate during a downturn when firms have 
excess capacity. That is, firms may have a larger response on average to changes in the cost of 
capital during normal times or times of high growth, when they are not in excess capacity. 
Certainly, one might expect the response to be smaller in low growth periods. 
An additional problem is that the timing of the investment stimulus may be too slow to stimulate 
investment at the right time. If it takes an extensive period of time to actually plan and make an 
investment, then the stimulus will not occur very quickly compared to a cut in personal taxes that 
stimulates consumption immediately. Indeed, the stimulus to investment could even occur during 
the recovery when it is actually undesirable. 
There is some evidence that the temporary bonus depreciation enacted in 2002 had little or no 
effect on business investment. A study of the effect of temporary expensing by Cohen and 
Cummins at the Federal Reserve Board found little evidence to support for a significant effect.12 
They suggested several potential reasons for a small effect. One possibility is that firms without 
taxable income could not benefit from the timing advantage. In a Treasury study, Knittel 
confirmed that firms did not elect bonus depreciation for about 40% of eligible investment, and 
speculated that the existence of losses and loss carry-overs may have made the investment 
subsidy ineffective for many firms, although there were clearly some firms that were profitable 
that did not use the provision.13 Cohen and Cummins also suggested that the incentive effect was 
quite small (largely because depreciation already occurs relatively quickly for most equipment), 
reducing the user cost of capital by only about 3%; that planning periods may be too long to 
adjust investment across time; and that adjustment costs outweighed the effect of bonus 
depreciation. Knittel also suggested that firms may have found the provision costly to comply 
with, particularly because most states did not allow bonus depreciation. 
A recent study by House and Shapiro found a more pronounced response to bonus depreciation, 
given the magnitude of the incentive, but found the overall effect on the economy was small, 
which in part is due to the limited category of investment affected and the small size of the 
incentive.14 Their differences with the Cohen and Cummins study reflect in part uncertainties 
about when expectations are formed and when the incentive effects occur. 
Cohen and Cummins also reported the results of several surveys of firms, where from 2/3 to over 
90% of respondents indicated bonus depreciation had no effect on the timing of investment 
spending. Overall, bonus depreciation did not appear to be very effective in providing short-term 
economic stimulus. 
                                                
12 Darryl Cohen and Jason Cummins, A Retrospective Evaluation of the Effects of Temporary Partial Expensing, 
Finance and Economics Discussion Series 2006-19, Federal Reserve Board, Washington, D.C. April 2006. They 
compared investment increases for shorter lived and longer lived assets (longer lived assets received a larger incentive) 
and investment closer to expiration to test the effects. 
13 Matthew Knittel, Corporate Response to Bonus Depreciation: Bonus Depreciation for Tax Years 2002-2004, U.S. 
Department of Treasury, Office of Tax Analysis Working Paper 98, May 2007. 
14 Christopher House and Matthew Shapiro, “Temporary Investment Tax Incentives: Theory with Evidence from Bonus 
Depreciation,” American Economic Review, vol. 98, no. 3 (June 2008), pp. 737-768. 
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There are reasons to expect that tax incentives for equipment might have limited effects in 
stimulating investment in the short-run, primarily because of planning lags and because of the 
slowness of changing the technology of production. Essentially, there are two reasons that firms 
may increase investment. First, they may expect output to increase. This response, called the 
accelerator, is a result of other forces that increase aggregate demand thus requiring making more 
of the same type of investment (along with hiring more workers). The second reason is that the 
cost of investment has fallen. Part of this effect may be an output effect since the overall cost of 
investment is smaller, output can be sold at a lower price with an expectation that sales will rise in 
the future. Also part of this effect has to do with encouraging more use of capital relative to labor. 
This analysis suggests that a business tax subsidy may not necessarily be the best choice for fiscal 
stimulus, largely because of the uncertainty of its success in stimulating aggregate demand. If 
such subsidies are used, however, the most effective short-run policy is probably a temporary 
investment subsidy. Permanent investment subsidies may distort the allocation of investment in 
the long run. 
Direct Effects of Investment Incentives on Employment 
The objective of investment subsidies is to increase spending which, in turn, should lead to 
increased employment (first in the capital goods manufacturing sector, and then in the economy 
as a whole through multiplier effects). Investment subsidies could also, however, have a direct 
effect on employment within the firm receiving the subsidy because they change relative prices. 
Capital and skilled labor (i.e., more educated workers) tend to be complements, that is, they are 
used together in the production process.15 Consequently, increasing the amount of capital tends to 
increase the demand for skilled labor. Furthermore, capital and unskilled labor (i.e., less-educated 
workers) tend to be substitutes. Thus, increasing investment could reduce the demand for less-
skilled labor. These labor market effects could show up in one of two ways: changes in wages or 
employment levels. Unfortunately, there are no studies estimating the direct impact of investment 
incentives on employment.  
One study examined the effect of investment subsidies on the prices of capital goods and wages 
of workers in the capital goods producing industry.16 Goolsbee found that benefit of investment 
tax incentives generally went to the producers of capital equipment through higher capital prices 
and somewhat higher wages for workers in the capital goods industry. Overall, it appears that 
investment incentives could reduce the demand of less-educated workers (a group with a 
relatively high unemployment rate), and increase the demand for highly educated workers (a 
group with a relatively low unemployment rate) and workers in capital goods producing 
industries. It is not clear, however, whether these effects would occur in a slack economy.  
                                                
15 See Daniel S. Hamermesh, Labor Demand (Princeton, NJ: Princeton University Press, 1993), pp. 110-122. 
16 Austan Goolsbee, “Investment Tax Incentives, Prices, and the Supply of Capital Goods,” Quarterly Journal of 
Economics, vol. 113, no. 1 (February 1998), pp. 121-148. 
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Employment Subsidies 
Employment and wage subsidies are designed to increase employment directly by reducing a 
firm’s wage bill. A firm’s wage bill for labor includes wages and salaries paid to employees, the 
cost of fringe benefits (e.g., health insurance and pensions), hiring costs, and taxes paid such as 
the employer’s share of the payroll tax.17 These subsidies can take many forms. For example, 
earnings or time spent working can be subsidized. Furthermore, the subsidies can be incremental 
or non-incremental—that is, new hires are subsidized or all workers are subsidized. The subsidies 
can be targeted to certain groups of workers such as disadvantaged individuals, or can be 
available for any worker. 
The tax system is a frequently used means for providing employment subsidies. Currently, the 
Work Opportunity Tax Credit (WOTC), a nonrefundable credit, is available to employers who 
hire individuals from 11 targeted disadvantaged groups.18 Another example of an employment tax 
credit is the New Jobs Tax Credit (NJTC) from 1977 and 1978. It was an incentive to business to 
hire employees in excess of a base amount. 
Most of the business tax incentives for hiring currently under discussion are modeled somewhat 
on the NJTC. The NJTC was an incremental jobs tax credit in that the employer had to increase 
the Federal Unemployment Tax Act (FUTA) wage base above at least 102% of the FUTA wage 
base in the previous year. The credit was 50% of the increase in the FUTA wage base (the wage 
base consisted of wages paid up to $4,200 per employee). The employer’s income tax deduction 
for wages, however, was reduced by the amount of the credit. Consequently, the effective 
maximum credit for each new employee ($2,100 minus the additional tax due from the reduced 
deduction) ranged from $1,806 for taxpayers in the 14% tax bracket to $630 for taxpayers in the 
70% tax bracket. Furthermore, the total credit could not exceed $100,000, which in effect limited 
the size of the subsidized employment expansion at any one firm to 47. The credit was 
nonrefundable but could be carried back for three years and forward for seven years. 
Empirical Evidence on the Effectiveness of Employment Subsidies 
Employment and wage subsidies have been analyzed since at least the 1930s, but few of the 
analyses include empirical estimates of the effects of the subsidies. In an early theoretical analysis 
of a nonincremental wage subsidy, Arthur Pigou concluded that a wage subsidy could increase 
employment but “in practice it is probable that the application of such a system would be 
bungled.”19 Nicholas Kaldor, however, in another theoretical analysis, argued that a temporary 
incremental wage subsidy to deal with cyclical unemployment could be very effective.20 In a 
more recent theoretical analysis, Richard Layard and Stephen Nickell also argue that a temporary 
                                                
17 Labor costs are a deductable business expense for income tax purposes. 
18 The American Recovery and Reinvestment Act of 2009 (ARAA; P.L. 111-5) temporarily added two new groups: 
unemployed veterans and disconnected youth. The other nine groups include welfare recipients, ex-felons, and summer 
youth among others. This tax credit expires on August 31, 2011. See CRS Report RL30089, The Work Opportunity Tax 
Credit (WOTC), by Linda Levine for more information. 
19  Arthur C. Pigou, The Economics of Welfare, 4th ed. (London: MacMillan and Co., 1932), p. 704. 
20  Nicholas Kaldor, “Wage Subsidies as a Remedy for Unemployment,” Journal of Political Economy, vol. 44, no. 6 
(December 1936), pp. 721-742. 
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incremental wage subsidy could be effective in increasing employment when unemployment is 
high.21 
In the United States, employment subsidies have often been offered through the tax system. Two 
major tax programs to subsidize employment that have been evaluated are the New Jobs Tax 
Credit (NJTC) and the Targeted Jobs Tax Credit (TJTC); the TJTC was a targeted hiring subsidy 
that was replaced by the WOTC. The NJTC was explicitly designed to be a counter-cyclical 
employment measure to boost employment after the 1973-1975 recession. 
The NJTC was enacted in May 1977 at a time when the economy had begun to recover from the 
recession and was already growing. The credit was incremental in that it applied only to 
employment greater than 102% of the previous year’s employment level. For each new eligible 
worker hired, a firm received a tax credit of 50% of wages paid up to $4,200 (the maximum gross 
credit for each new employee, therefore, was $2,100). The credit had an aggregate $110,000 cap 
so that the majority of benefits went to small firms. Once the cap was reached, the firm received 
no subsidy for hiring additional workers. Thus very large firms whose employment grew 
substantially more than 2% may not have had a marginal incentive. In addition, the credit was 
allowed against income tax liability and firms without adequate tax liability were not able to use 
all (or in some cases, any) of the credit. 
The first evaluation of the NJTC used responses from a federal survey of for-profit firms. Jeffrey 
Perloff and Michael Wachter compared employment growth of firms that knew about the tax 
credit to firms that did not know about the credit.22 They find that employment at the firms with 
knowledge of the credit grew about 3% faster than at the other firms. They note, however, that 
only 34% of the firms knew about the tax credit and these firms were probably not randomly 
drawn—it is possible that the firms most likely to hire workers were also more likely to seek out 
tax benefits. They caution that their results may overstate the NJTC’s employment effect. 
A second evaluation by John Bishop focused on the employment effects of the NJTC in the 
construction and distribution industries.23 Bishop’s key explanatory variable is the proportion of 
firms in the industry that knew about the tax credit. He estimates that the NJTC was responsible 
for 150,000 to 670,000 of the 1,140,000 increase in employment in these industries. The 
estimated effect, however, varies dramatically from industry to industry and sometimes from one 
empirical specification to another for the same industry. The results of both Perloff and Wachter, 
and Bishop suggest that the NJTC may have been somewhat successful in increasing 
employment, but showing a relationship between knowledge of the NJTC and employment gains 
does not mean that one caused the other. 
Not all evaluations of the NJTC were positive. Robert Tannenwald analyzed data from a survey 
of private firms in Wisconsin and concludes that the NJTC did not live up to expectations.24 He 
estimates that the per job cost of the NJTC was greater than public service employment programs. 
                                                
21  P.R.G. Layard and S.J. Nickell, “The Case for Subsidizing Extra Jobs,” Economic Journal, vol. 90, no. 357 (March 
1980), pp. 51-73. 
22  Jeffrey M. Perloff and Michael L. Wachter, “The New Jobs Tax Credit: An Evaluation of the 1977-78 Wage 
Subsidy Program,” American Economic Review, papers and proceedings, vol. 69, no. 2 (May 1979), pp. 173-179. 
23  John Bishop, “Employment in Construction and Distribution Industries: The Impact of the New Jobs Tax Credit,” in 
Studies in Labor Markets, ed. Sherwin Rosen (Chicago: University of Chicago Press, 1981), pp. 209-246. 
24  Robert Tannenwald, “Are Wage and Training Subsidies Cost-Effective? Some Evidence from the New Jobs Tax 
Credit,” New England Economic Review, September/October 1982, pp. 25-34. 
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Over half of the firms that did not expand employment in response to the tax credit said that 
consumer demand for their product determines the level of employment.25 Some firms reported 
they were reluctant to take advantage of the tax credit because of its complexity. 
Emil Sunley argues that there was a gap between the time of the hiring decision and the time 
eligibility for the credit was determined.26 He notes that because the capital stock is essentially 
fixed in the short-run, an increase in employment will only come about because of an increase in 
product demand. Furthermore, it automatically favors firms that are already growing, which could 
increase geographic differentials in job creation. 
A report on the NJTC commissioned by Congress from the Department of Labor and the 
Department of Treasury also was skeptical of the effectiveness of the subsidy.27 In a mail survey, 
only about a third of firms knew about the credit (although these firms covered 77% of 
employees). About 20% both knew about the credit and qualified for it (covering 58% of 
employees). However, when firms were asked, only 2.4% of firms indicated that they made a 
conscious effort to hire because of the subsidy. Similar effects were found in a survey of the 
National Federation of Independent Businesses (NFIB), which covers smaller employers. Their 
survey results indicated that from 1.4% to 4.1% of employers were affected by the subsidy.  
The Labor/Treasury study also raised questions about the studies by Perloff and Wachter, and by 
Bishop. They noted that the former study used data for 1977 and the credit was not enacted until 
May 1977. They questioned the latter author’s lack of tests for significance of the wage variable. 
In addition, since the credit came at a time when the economy was already growing, it is possible 
that the credit may have shifted employment from one sector to another rather than increased 
aggregate employment. 
Evaluation of other employment tax credit programs also yield mixed results.28 The Targeted Jobs 
Tax Credit (TJTC) provided a wage subsidy to firms for hiring eligible workers (e.g., welfare 
recipients, economically disadvantaged youth, and ex-offenders). One study by Kevin Hollenbeck 
and Richard Willke found that the TJTC improved employment outcomes for nonwhite youth but 
not for other eligible individuals.29 Bishop and Mark Montgomery estimate that the TJTC induced 
some new employment, but at least 70% of the tax credits were claimed for hiring workers who 
would have been hired even in the absence of the tax credit.30 Dave O’Neill concludes that 
programs targeted to narrow socioeconomic groups are unlikely to “achieve the desired effect of 
significantly increasing the employment level of the target group.”31  
                                                
25 For example, one firm reported that “orders determine levels of hiring, not tax gimmicks” (Tannenwald, p. 31). 
26  Emil M. Sunley, “A Tax Preference in Born: A Legislative History of the New Jobs Tax Credit,” in The Economics 
of Taxation, ed. Henry J. Aaron and Michael J. Boskin (Washington: Brookings Institution, 1980), pp. 391-408. 
27  Departments of Labor and Treasury, The Use of Tax Subsidies for Employment, A Report to Congress, Washington, 
May 1986. 
28 For a summary of other studies examining the TJTC, see CRS Report 95-981E, The Targeted Jobs Tax Credit, 1978-
1994, by Linda Levine, which is available on request from the authors. 
29  Kevin M. Hollenbeck and Richard J. Willke, The Employment and Earnings Impacts of the Targeted Jobs Tax 
Credit, Upjohn Institute, Staff Working Paper 91-07, Kalamazoo, MI, February 1991. 
30  John H. Bishop and Mark Montgomery, “Does the Targeted Jobs Tax Credit Create Jobs at Subsidized Firms?” 
Industrial Relations, vol. 32, no. 3 (Fall 1993), pp. 289-306. 
31  Dave M. O'Neill, “Employment Tax Credit Programs: The Effects of Socioeconomic Targeting Provisions,” Journal 
of Human Resources, vol. 17, no. 3 (Summer 1982), p. 449. 
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Taken together, the results of the various studies suggest that incremental tax credits have the 
potential of increasing employment, but in practice may not be as effective in increasing 
employment as desired. There are several reasons why this may be the case. First, jobs tax credits 
are often complex (so as to subsidize new jobs rather than all jobs) and many employers, 
especially small businesses, may not want to incur the necessary record-keeping costs. Second, 
since eligibility for the tax credit is determined when the firm files the annual tax return, firms do 
not know if they are eligible for the credit at the time hiring decisions are made. Third, many 
firms may not even be aware of the availability of the tax credit until it is time to file a tax return. 
Additionally, the person making the hiring decision is often unaware of tax provisions and the tax 
situation of the firm. Lastly, product demand appears to be the primary determinant of hiring. 
Current Proposals 
The Obama Administration has proposed a $5,000 business tax credit against payroll taxes for 
every net new employee they hire in 2010; the credit would have a $500,000 aggregate cap per 
firm. In addition, small businesses that increase wages or expand hours would get a credit against 
added payroll taxes. The proposals try to overcome some of the limitations of the NJTC. For 
example, the proposal would allow firms to claim the credits on a quarterly rather than an annual 
basis. All firms should qualify for the tax credit since it is allowed against payroll taxes rather 
than income taxes (over half of all firms were not eligible for the full 1977-1978 NJTC because 
of insufficient income tax liability). The credit would also be available for nonprofits and startups 
would be eligible for half the credit. The Administration estimates that this proposal would cost 
$33 billion. 
Senators Baucus and Grassley (the chairman and ranking minority member of the Senate Finance 
Committee, respectively) proposed the Hiring Incentives to Restore Employment (HIRE) Act on 
February 11, 2010. Their proposal includes two tax incentives for hiring and retaining 
unemployed workers. This proposal was enacted in the Hiring Incentives to Restore Employment 
(HIRE) Act (P.L. 111-147), which was signed by the President on March 18, 2010. It is estimated 
that the tax incentives would cost $13 billion over 10 years. 
 The first tax incentive is forgiveness of the 2010 payroll tax (6.2% of the worker’s earnings) for 
qualified workers hired in 2010 after enactment of the proposal. A qualified worker is an 
individual who was unemployed for at least 60 days and does not replace another worker at the 
firm unless the replaced worker left voluntarily or for cause. Verifying that these conditions are 
met could be unenforceable or prohibitively expensive to enforce. Furthermore, an employer 
cannot take advantage of both the payroll tax forgiveness and WOTC; consequently, employers 
may hire the long-term unemployed rather than individuals from other disadvantaged groups. 
Firms with no or little income tax liability (including nonprofits) would be eligible for the payroll 
tax forgiveness and the benefits would be received on a quarterly rather than annual basis. 
 The second tax incentive is a business credit for retention of newly hired qualified workers. 
Employers would be allowed a $1,000 business tax credit for each qualified worker who remains 
employed for 52 weeks at the firm. Since this is an income tax credit, the employer would not 
receive the benefits of retaining workers until they file their 2011 income returns in early 2012. 
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Furthermore, firms with little or no tax liability (including nonprofits) cannot take full advantage 
of this incentive since the credit is nonrefundable.32 
Another recent proposal for a job creation tax credit is also modeled partially on the NJTC and, 
like the Administration’s proposal, tries to correct some of the flaws that may have limited the 
effectiveness of the NJTC. 33 The credit would be equal to 15% of additional taxable payroll (i.e., 
payroll subject to Social Security taxes) in 2010 and to 10% of additions to taxable payroll in 
2011. This tax credit would be refundable so both unprofitable firms and non-profits can take 
advantage of the credit. Furthermore, the benefits of the credit would be received on a quarterly 
basis rather than annually when the firm files an income tax return. Bartik and Bishop estimate 
that the tax credit could create 2.8 million jobs in 2010 and 2.3 million jobs in 2011. They further 
estimate that the budgetary cost would be no more than $15 billion per year. Their estimates 
assume a labor demand elasticity of 0.3, which indicates that a 10% reduction in the cost of labor 
would increase employment by 3%. Their estimates did not rest on a study of the 1977-1978 
credit, but rather predicted the effect on jobs based on a central tendency labor demand 
elasticity.34 They also estimate that if the labor demand elasticity were 0.15, then 1.4 million jobs 
would be created in 2010 and 1.1 million jobs in 2011. Note that this estimate is a general 
demand elasticity, and might not necessarily be as high during a recession, when business is 
slack.35 
Concluding Remarks 
The evidence suggests that investment and employment subsidies are not as effective as desired 
in increasing economic activity, especially employment. Economic theory indicates that a deficit-
financed fiscal stimulus designed to increase aggregate demand would have the maximum impact 
on employment in the short-term. Such policies could include increases in federal government 
spending for goods and services, federal transfers to state and local governments, and tax cuts for 
low and middle income taxpayers. The short-term benefits of higher deficits, however, could be 
outweighed by the long-term costs if deficits are not reduced when unemployment falls. 
Additional fiscal stimulus that increases the deficit arguably should be considered in the context 
of a 2009 deficit that was larger relative to the size of the economy than all but a handful of 
                                                
32 Unused credits can be carried forward to future tax years but cannot be carried back to past years. 
33 Timothy J. Bartik and John H. Bishop, The Job Creation Tax Credit, Economic Policy Institute Briefing Paper, 
October 20, 2009, http://www.epi.org/publications/entry/bp248/.  
34 See Daniel L. Hamermesh, Labor Demand (Princeton University Press: Princeton, NJ, 1993), for a survey: 
Hamermesh suggests a midpoint elasticity of 0.3 on p. 92.  
35 Even with the elasticities discussed, only 10% to 30% of the subsidy cost would be reflected in additional wages for 
a nonincremental subsidy. With an elasticity of e, dL/L = (-e) dW/W, where L is labor, dL is the change in labor, W is 
the wage and dW is the change in wage. Thus for the addition to the wage bill ((W)(dL)), (W)(dL) = (-e)(dW)( L). At a 
subsidy rate of s, dW = -sW and the cost of the subsidy is sWL, Thus additional wages, esWL divided by the cost 
equals e, the elasticity. The Congressional Budget Office (CBO) estimated the impact of a reduction in the employer’s 
share of the payroll tax which is a nonincremental subsidy. CBO estimates that reducing the employer share of payroll 
taxes would increase output by $0.40 to $1.30 per dollar of total budgetary cost. This effect is relatively large compared 
to other policies and not consistent with the elasticities. CBO did not model the payroll tax holiday as an increase in 
labor demand as did Bishop and Bartik; nor did they model it in the same way they model investment subsidies (as an 
increase in the demand for capital goods). Rather, they treated it largely as leading directly to a price reduction, similar 
to a sales tax holiday. The theoretical and empirical justifications for this approach, however, are not clear. See 
Congressional Budget Office, Policies for Increasing Economic Growth and Employment in 2010 and 2011, January 
2010. 
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previous wartime years. The 2009 deficit is not sustainable in the long run in the sense that 
deficits of that size would cause the national debt to continually rise relative to output—
eventually investors will refuse to continue financing it because they no longer believe that the 
government would be capable of servicing it. 
 
Author Contact Information 
 
Thomas L. Hungerford 
  Jane G. Gravelle 
Section Research Manager 
Senior Specialist in Economic Policy 
thungerford@crs.loc.gov, 7-6422 
jgravelle@crs.loc.gov, 7-7829 
 
 
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