Abstract
The conditional equality and egalitarian equivalence criteria were proposed by Fleurbaey (Fairness, responsibility, and welfare, Oxford University Press, Oxford, 2008) to provide better foundations to interpersonal comparisons in the context of heterogeneous preferences and multidimensional welfare. The first implementations of the egalitarian equivalence criterion follow an approach where the preferences are captured at the group level (based on socio-demographic variables) rather than at the individual level. Our contribution is to extend these models by using information on individual preferences, derived from the potential discrepancy between the group level optimal choice and the revealed choice of the individuals. We implement and compare the conditional equality and egalitarian equivalence criteria on a 2004 US microeconomic dataset and find that these criteria are relatively consistent in the identification of the worst-off. We also show that up to 18 % of the worst-off are no longer categorized as worst-off when the empirical approach accounts for individual preferences.
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Notes
See Decoster and Haan (2010) for the preliminary version of the paper.
This discretization is convenient for the estimation procedure. It also allows to better account for the non-linearities in the budget set (due to progressive taxes). It finally reflects the effective choice of the individuals who have in principle not an infinite number of working hours options. Such choices are usually discrete.
This is an alternative to the approach of Decoster and Haan (2015), limited to married households, with the labor choice of married woman as the focus, and the assumption that male income is a non-labor income.
A type 1 extreme value distributed random variable \(\epsilon \) has density \(f(\epsilon )=e^{-\epsilon }exp(-e^{-\epsilon })\) and cumulative distribution function \(F(\epsilon )=exp(-e^{-\epsilon })\). See Cameron and Trivedi (2005), p. 477 for more details.
Note that the deterministic component of utility \(u_{ij}\) can be dominated in some cases by more than one alternative.
We generate one million random numbers from a type 1 extreme value distribution to get a first set of \(\epsilon \)’s, repeat the procedure to obtain a second set of \(\epsilon \)’s, then take the differences, discard the values smaller or equal to \(u_{ik}-u_{ij}\) and finally compute the respective averages of the differences to estimate \(E(\epsilon _{ij}-\epsilon _{ik} | \epsilon _{ij}-\epsilon _{ik}> u_{ik}-u_{ij}) \).
As we have poor information on transfers given to people who do not work, we restrict our analysis to individuals least affected by transfers.
Capital income would affect the level of the budget set and probably the decision of working or not. Since we have no disaggregation or information on the source of capital income, and since taxes depend on the sources of this income, we choose to exclude the individuals with a capital income superior to 10 % of labor income.
The median of the empirical distribution in the following intervals define the discrete points: [17.5–22.5], [22.5–27.5], [27.5–32.5], [32.5–37.5], [37.5–42.5], [42.5–47.5], [47.5–52.5], \(>\) 52.5.
Seven tax brackets with rates of 0, 10, 15, 25, 28, 33 and 35 % respectively, and bracket income limits at USD 8200, USD 15500, USD 29700, USD 71950, USD 150150 and USD 326450.
A part of this low percentage is due to individual heterogeneous preferences, but another part is also due to the imperfect fitting of the model to the data. It can come from different sources including (i) the Cox-Box specification of the deterministic part of the utility function, (ii) the determination of the budget constraint (including the neglect of capital income), and (iii) the discretization of labor supply. There is unfortunately no convincing way of disentangling the respective contribution of these factors.
Results not reported, available on request.
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The authors thank the participants of the FUSL CEREC seminars, the 2011 AFSE meeting, the 2011 OPHI conference, the Social Welfare seminars at CORE UCL, the CEPS/INSTEAD seminars in Luxembourg and the 2015 ECINEQ conference. They are especially grateful to André Decoster, Francisco Ferreira, Marc Fleurbaey, François Maniquet, Kristian Orsini, Andreas Peichl, Xavier Ramos, Juan Gabriel Rodriguez, Erik Schokkaert, Dirk Van de gaer, Skerdilajda Zanaj and three anonymous referees for their helpful comments and suggestions. The usual disclaimers apply.
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Carpantier, JF., Sapata, C. Empirical welfare analysis: when preferences matter. Soc Choice Welf 46, 521–542 (2016). https://doi.org/10.1007/s00355-015-0927-y
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DOI: https://doi.org/10.1007/s00355-015-0927-y