2012
DOI: 10.1002/jae.2286
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Estimation of Treatment Effects Without an Exclusion Restriction: With an Application to the Analysis of the School Breakfast Program

Abstract: SUMMARY The increase in childhood obesity has garnered the attention of many in policymaking circles. Consequently, school nutrition programs such as the School Breakfast Program (SBP) have come under scrutiny. The identification of the causal effects of such programs, however, is difficult owing to non‐random selection into the program and the lack of exclusion restrictions. Here, we propose two new estimators aimed at addressing this situation. We compare our new estimators to existing approaches using simul… Show more

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Cited by 69 publications
(60 citation statements)
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“…While NIPW reduce biases in the estimates compared to the OLS estimates by using appropriate weighting, the MB-NIPW estimator is especially useful, because it minimizes the biases arising from selection on unobservables. Millimet and Tchernis (2013) provide evidence that the MB-NIPW estimator is able to correct for some of the biases due to selection on unobservables and yield more reliable estimates of the causal effects when the conditional independence assumption fails. According to the Monte Carlo evidence reported by Millimet and Tchernis, the MB-NIPW estimator performs particularly well when the estimating equation suffers from omitted variables (such as omitted ability heterogeneity in educational attainment in our case).…”
Section: (3) Conceptual and Empirical Frameworkmentioning
confidence: 96%
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“…While NIPW reduce biases in the estimates compared to the OLS estimates by using appropriate weighting, the MB-NIPW estimator is especially useful, because it minimizes the biases arising from selection on unobservables. Millimet and Tchernis (2013) provide evidence that the MB-NIPW estimator is able to correct for some of the biases due to selection on unobservables and yield more reliable estimates of the causal effects when the conditional independence assumption fails. According to the Monte Carlo evidence reported by Millimet and Tchernis, the MB-NIPW estimator performs particularly well when the estimating equation suffers from omitted variables (such as omitted ability heterogeneity in educational attainment in our case).…”
Section: (3) Conceptual and Empirical Frameworkmentioning
confidence: 96%
“…It is, however, important to appreciate that the advantage of MB-NIPW estimator in terms of causal interpretation comes with a price: the estimates are relevant for only a subset of the population defined by an interval around the bias minimizing propensity score of 0.05. In other words, the estimates provide local average treatment effect, similar to instrumental variables and regression discontinuity designs (for an extended discussion see Millimet and Tchernis (2013)). Thus the MB-NIPW estimates may be different from the other estimates, simply because they provide estimates for a sub population.…”
Section: (3) Conceptual and Empirical Frameworkmentioning
confidence: 99%
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