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Connecticut’s state government administers retirement benefits for state employees, teachers, and those in the judicial system. These three groups include about 175,000 working or retired people. Of those, 71,781 drew pension benefits in FY 2008.

The state estimates that pension obligations for active and retired state employees, teachers,
and judges total $41.3 billion. Yet, the state has only set aside $25.5 billion in assets to pay for these obligations. As a result, the defined benefit retirement system is massively underfunded. The pension system reports an unfunded liability of $15.9 billion – an amount nearly equal to the state’s entire annual budget.

New analysis by the Yankee Institute concludes that Connecticut’s real unfunded liability is actually even bigger. Pension liabilities are being dramatically underestimated by the state because of unrealistic assumptions about discount rates and rates of return. This new study finds that the real pension liability is between $50.4 billion and $80.7 billion. Applying the $25.5 billion that has been set aside to cover these expenses, the state’s unfunded pension liability is more like $24.9 billion to $55.2 billion, or at least 56 percent higher than currently forecast.

That’s just pension liability. On top of that is Connecticut’s Other Post-Employment Benefits (OPEB) system, such as health and life insurance, which is in even worse shape. The OPEB system has zero assets set aside to pay for $26 billion in obligations. Without offsetting assets, the OPEB system operates on a “pay-as-you-go” basis which maximizes the tax burden on the shoulders of Connecticut’s taxpayers.

Add the two obligations to retirees together and Connecticut’s total unfunded retiree liability (pension and other benefits) clocks in at $50.9 billion to $81.2 billion. For comparison, that lower figure is about three times the entire annual state budget.


And the problem is getting worse. Connecticut’s state government, in FY 2008, was to pay $2.968 billion to the state’s pension and OPEB system, based on the stated unfunded liability estimate. Instead, the state issued $2 billion in General Obligation Bonds (GO) for the Teachers’ Retirement System (TRS) to make up for the contribution shortfall, gambling with pension money through risk arbitrage.

Two options are available to policy makers to solve Connecticut’s pension and OPEB crisis:

Raise taxes, which would weaken Connecticut’s economy and jeopardize the state’s ability to ever meet its pension and OPEB obligations; and

Replace the traditional defined benefit system with a defined contribution system for new employees. If the state began meeting its annual required contribution, normal turnover in the workforce will begin to bring down the unfunded pension liability to more manageable levels.


Connecticut’s pension system is designed to pay a member, such as a state employee, a fixed level of income upon retirement. The level of income is based on such factors as length of service and average level of compensation. This type of pension system is commonly called a “defined benefit” system and is controlled by the employer.


Many in the private sector may not be familiar with a defined benefit pension system because nearly all companies operate under a “defined contribution” pension system. In a defined contribution system, the employer and employee contribute a set amount of funds into a retirement plan, usually based on a percentage of income. In this system, the employee makes his or her own investment decisions and chooses how much to take out during retirement.

Connecticut’s defined benefit pension system consists of three separate retirement systems: the State Employees Retirement System (SERS); the Teachers’ Retirement System (TRS); and the Judicial Retirement System (JRS). They will hereafter be referred to as the “Connecticut pension system.” As of June 30, 2008, SERS had 92,881 active and retiree members, TRS had 81,919, and JRS had 446, for a total of 175,246 people.

Of those, 71,781 drew pension benefits in FY 2008. Under SERS, 38,093 retired members received annual benefits of $1,047,479,000, or an average of $27,498 per retiree. Under TRS, there were 28,787 retired members drawing annual benefits of $1,231,069,368, an average of $42,768 per retiree. Under JRS, there were 226 retired members drawing annual benefits of $17,789,740, or an average of $79,066 per retiree.

Additionally, there are the State Employee OPEB Plan (SEOPEBP) and the Retired Teacher Healthcare Plan (RTHP) that both deal with Other Post Employment Benefits (OPEB), such as healthcare and life insurance, and will hereafter be referred to as the “Connecticut OPEB system.”

The health of Connecticut’s pension and OPEB system is based on two elements—assets held versus liabilities accrued:

Assets: The market value of stocks, bonds and other investments that are held by the pension system. The total value of the assets changes constantly, going up or down with market changes. In addition, the Connecticut state government makes an annual contribution.

Liabilities: The present value of pension benefits to be paid out to current and future retirees. Each year liabilities grow based on a number of assumptions such as expected salary increases, mortality, turnover and other factors.

For the pension and OPEB system to be considered “fully funded,” assets must equal liabilities. Unfortunately, the pension and OPEB system is far from being fully funded and is currently running a large deficit called the unfunded pension liability. For example, in FY 2008, the State Employees Retirement System had assets worth an estimated $9.9 billion while liabilities were estimated to be $19.2 billion. This leaves an unfunded pension liability (liabilities minus assets) of $9.3 billion.


A common way to show the unfunded pension liability is the “funded ratio” which is assets divided by liabilities. Table 1 and Chart 1 show the funded ratio for the pension system while Table 3 shows the funded ratio for the OPEB system. The funded ratio for the pension system in FY 2008 was a dismal 51.9 percent for SERS, 70 percent for TRS and 71.8 percent for JRS.

More disturbingly, as shown in Table 3, the OPEB funded ratio in FY 2008 was zero percent. The state has set aside nothing while facing a staggering liability of $26 billion.

The state government’s contribution to the pension and OPEB system is already quite sizable. As shown in Table 2, the annual required contribution to the state retirement system was $1.248 billion in FY 2008. As shown in Table 4, the annual required contribution to the state OPEB system was $1.602 billion. To put this into perspective, the FY 2008 state pension and OPEB contribution combined ($2.969 billion) would consume nearly all the sales tax revenue ($3.2 billion in FY 2008).


Unfortunately, the state government has not been living up to the annual required contributions. If the state had been making its full contribution, then the funding ratios would not be nearly as bad as they are.

Due to this underfunding, the state government decided in FY 2008 to issue $2 billion in General Obligation Bonds (GO) for the Teachers’ Retirement System to make up for the contribution shortfall. The goal was to boost the funded ratio and reduce the long-term cost of the TRS.

In the short-run, Table 1 shows that the funded ratio did improve from 59.5 percent in FY 2007 to 70 percent in FY 2008. However, whether or not the GO bonds will reduce the long-term costs of the TRS is an open question. In fact, the state government is playing a game of chance that could leave taxpayer’s facing an even larger pension burden.


The gamble state government is making is that the returns earned on investing the borrowed money will exceed the costs of borrowing the money, commonly referred to as “risk arbitrage.” This is the equivalent of a homeowner taking a second mortgage on her house to invest in the stock market in the hope that the investments pay more than the cost of the mortgage.

Fortunately, the GO bonds were issued with a favorable average interest rate of 5.85 percent for
the majority of the issuance. If the assumed rate of return of 8.5 percent under TRS comes to fruition, then the pension system will have netted 2.65 percentage points. However, that is a big “if.” Recent economic conditions remind us that one never knows when the economy might take a nosedive, or how long it may take to recover.

Economist James B. Burnham, the Murrin Professor of Global Competitiveness at Duquesne University, summed up the political situation by saying,

“As attractive as this plan [risk arbitrage] may appear from a budgetary perspective, the issuance of pension bonds generally carries significant risks that are often downplayed in light of immediate fiscal pressures and the concerns of pensioners.”


Complicating matters is new evidence that official pension and OPEB liabilities are being dramatically underestimated based on current actuarial methods. The problem revolves around the “discount rate” or “interest rate” used. For example, a 5 percent interest rate means that a $100 today grows to $105 a year from now ($100 times 1.05 percent), while a 5 percent discount rate means that $105 a year from now is worth $100 today. In effect, the discount rate is the opposite of the interest rate.


In a new study, economists Robert Novy-Marx and Joshua Rauh found that the median discount rate was 8 percent which, conversely, means that these pension systems anticipate earning 8 percent annually.3 For instance, Connecticut’s pension system uses discounts rates above the national median with both SERS and JRS at 8.25 percent and TRS at 8.5 percent. The study recalculates state pension liabilities both nationally and by state using more realistic, lower discount rates.


Nationally, the study finds that the total reported state pension liability for 116 of the largest pension plans was $1.039 trillion. However, using more realistic, lower discount rates yields estimates for pension underfunding ranging from $1.31 trillion to whopping $3.23 trillion.

As shown in Table 5, Connecticut’s $42.8 billion stated pension liability increases to somewhere in the range of $50.4 billion to $80.7 billion.

Connecticut’s maximum pension liability is 38 percent of Gross Domestic Product, 25th highest in the country and the 3rd highest in New England. Yet, even a middling rank still means there is still a lot of room for improvement considering Connecticut’s pension burden is over twice as high as lowest- ranked Nebraska’s (17.5 percent).


Unfortunately, the study does not examine the state of unfunded OPEB liabilities. However, the adjustment to Connecticut’s OPEB liability may not be as extreme as for the unfunded pension liability because the assumed discount rate is already a much lower 4.5 percent for Retired Teachers Healthcare Plan. However, it is unknown for sure since the actuarial details for the much larger State Employees OPEB plan are not yet publicly available.


With Connecticut’s state government facing daunting unfunded pension and OPEB liabilities, the temptation might be to raise taxes to pay for the shortfall. This would only compound the economic problems posed by these liabilities by weakening Connecticut’s economy. Higher taxes mean higher “deadweight losses” on the economy.

It is well established that people respond to tax incentives and disincentives. For example, they may buy a larger house than they otherwise would because they can deduct the mortgage interest from their federal income taxes. Since the behavior is tax-induced, it harms the economy; if not for the tax break, the taxpayer would make other choices about how to use the extra money.


“the temptation to raise taxes to pay for the shortfall would only compound the economic problems posed by these liabilities by weakening Connecticut’s economy.”


“Deadweight loss” is a term used by economists to describe economic activity forgone by consumers and producers because of the higher relative price of goods that result from the tax. Taxpayers may respond to the proposed higher tax rates by reducing their work effort, lowering their consumption, or even leaving the state to avoid the higher tax bill. In other words, the very process of transferring resources from the private to the public sector results in a permanent loss of current and future economic output.

Chart 2 graphically shows how economists are able to estimate deadweight losses where Quantity (Qe) and Price (Pe) show the market equilibrium. The addition of a tax has the same effect as an artificial price increase. The new price point of intersection with the Demand (P+Td) and Supply (P+Ts) curves is at Quantity (Qt). The rectangle formed by the new intersection is the revenue gained by the tax.

The resulting triangle represents the deadweight loss — the value of trade that would have occurred without the tax, but is now forgone because of the tax. Deadweight loss can be estimated by calculating the area of the triangle.


However, estimating the deadweight loss is subject to the degree to which taxpayers change their behavior. If, in fact, taxpayers buy significantly more expensive homes because mortgage interest is deductible, then the deadweight loss is large. Economists refer to this as the “tax elasticity” (TE). The example above shows high tax elasticity. Graphically, in Chart 1, TE is shown by the steepness and curvature of the supply and demand curves.

Based on this standard economic methodology, Harvard economist Martin Feldstein pioneered the empirical estimations of deadweight loss. In Feldstein’s own words:

“The appropriate size and role of government depend on the deadweight burden caused by incremental transfers of funds from the private sector. The magnitude of that burden depends on the increases in tax rates required to raise incremental revenue and on the deadweight loss that results from higher tax rates … recent econometric work implies that the deadweight burden caused by incremental taxation (the marginal excess burden) may exceed one dollar per one dollar of revenue raised, making the cost of incremental government spending more than two dollars for each dollar of government spending.”

In two exhaustive studies, Feldstein finds, based on actual taxpayer behavior derived from IRS data, that the TE is 1.28. That is, a 1 percent change in marginal tax rates yields a 1.28 percent change in taxable income.


For FY 2008, this would have required an increase in the then top individual income tax rate from 5 percent to 5.88 percent (note this analysis is based on FY 2008 data which is prior to the enactment of the “millionaire surtax” raising the highest rate to 6.5%).6 Such a large rate increase would yield a permanent loss to Connecticut’s economy of $91 million per year, every year.


In present value terms, the total deadweight loss to Connecticut’s economy is a staggering $3.018 billion. In effect, such a tax hike creates a hole in Connecticut’s economy. Without this deadweight loss, private companies with streams of output into perpetuity would fill the hole.

Also keep in mind that the annual state pension and OPEB contributions used in the deadweight loss calculations are based on the stated pension and OPEB unfunded liabilities. Since the liabilities (and annual contributions) are most assuredly higher than that, the corresponding deadweight losses would also be much higher.

Quantifying deadweight losses shows the magnitude of the negative economic impact of taxes on the economy and strongly suggests that reducing government spending is the better option relative to increases in taxes. Recent economic studies, at the international, national and state-level, further support this point.

First, Harvard economists Alberto Alesina and Silvia Ardagna examine the economic effects of fiscal policy in countries that constitute the Organization for Economic Cooperation and Development from 1970 to 2007. They find that:

“[a]s for fiscal adjustments those based upon spending cuts and no tax increases are more likely to reduce deficits and debt over GDP ratios than those based on tax increases. In addition, adjustments on the spending side rather than on the tax side are less likely to create recessions.”

Second, UC Berkeley economist David Romer and Christina Romer (now Chair of the Council of Economic Advisors to President Obama), examine the economic effects of U.S. fiscal policy since 1947. They find that:


“The resulting estimates indicate that tax increases are highly contractionary. The effects are strongly significant, highly robust, and much larger than those obtained using broader measures of tax changes. The large effect stems in considerable part from a powerful negative effect of tax increase on investment.”

Finally, economists Stephen Brown, Kathy Hayes and Lori Taylor examine the economic effects of fiscal policy of U.S. states. They find that:

“If anything, most public services do not appear to justify the taxes needed to finance them . . . this finding would seem to imply that other state and local public capital has been increased to the point of negative returns, perhaps because a growing stock of other public capital is indicative of an increasingly intrusive government.”


Rather than raising taxes, other states are moving away from the traditional defined benefit pension systems and towards a defined contribution system similar to the 401k system that is popular in the private sector. Currently, eleven states have moved to defined contributions in one of three ways with varying levels of cost savings. Connecticut should join this movement to reduce the long-term costs of the pension system.

First, the largest cost savings can be achieved by moving all new government employees into a defined contribution system. Currently, two states (Michigan in 1997 and Alaska in 2006) and the District of Columbia fall into this category

Second, the next largest cost savings can be achieved by having both defined benefit and defined contribution systems. Currently, two states, Indiana and Oregon, fall into this category.

Finally, many states allow for their employees to choose between a defined benefit plan or a defined contribution plan. Depending on the specifics of each plan, there could be a lot of choice (both plans yielding very similar benefits) or very little choice (one plan yielding substantially greater benefits). As such, choice and, correspondingly, cost savings can vary by state. Currently, seven states (Washington, North Dakota, Montana, Florida, South Carolina, Ohio and Colorado) fall into this category.

Given Connecticut’s large unfunded pension liabilities, the state should go directly to the most effective option which is to follow in the footsteps of Michigan, Alaska and the District of Columbia. At the very least, putting new employees into a defined contribution plan will not add further to the unfunded pension liability. As long as the state meets its annual required contribution, normal turnover in the workforce will begin to bring down the unfunded pension liability to more manageable levels.


In the end, only two options are available to policy-makers to solve Connecticut’s pension and OPEB crisis: 1) raise taxes; or 2) reform the pension and OPEB systems. Raising taxes would weaken Connecticut’s economy and jeopardize the state’s ability to ever meet its pension and OPEB obligations. The best option is to reform these systems by switching to a defined contribution program.

Without these reforms, state government will end up asking for greater sacrifices from citizens, such as higher taxes, to pay for the pension and OPEB benefits of government workers at levels that most citizens do not have themselves.


About the Authors

J. Scott Moody has worked as a tax policy economist for over 12 years and is the author, co-author and editor of over 100 studies and books. He has testified twice before the House Ways and Means Committee of the U.S. Congress. Scott received his Bachelor of Arts in Economics from Wingate University (Wingate, N.C.). He received his Master of Arts in Economics from George Mason University (Fairfax, VA).

Dr. Wendy P. Warcholik has worked as an economist in public policy settings for over 12 years. She has extensive experience in applying statistical and econometric tools in public policy paradigms. Her professional experience includes positions as Economist at the Bureau of Economic Analysis in Washington, D.C., Chief Forecasting Economist for the Commonwealth of Virginia’s Department of Medical Assistance Services and Adjunct Scholar with The Tax Foundation. Additionally, she has taught numerous economics classes to MBA students. She received her Ph.D. in Economics from George Mason University.


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