Abstract. We present a new Stata command, bmte (bias-minimizing treatment effects), which implements two new estimators proposed in Millimet and Tchernis (2012) designed to estimate the effect of treat-ment when there exists selection on unobserved variables and appropriate exclusion restrictions are unavailable. In addition, the bmte command estimates treatment effects from several alternative estimators that also do not rely on exclusion restrictions for identification of the causal effects of the treatment, including: 1) Heckman’s two-step estimator (Heckman 1976, 1979); 2) a control function approach outlined in Heckman et al. (1999) and Navarro (2008); and 3) a more recent estimator proposed by Klein and Vella (2009) that exploits hete...
Non-random sample selection may render estimated treatment effects biased even if assignment of tre...
In this article, we discuss the implementation of various estimators proposed to estimate quantile t...
When estimating local average and marginal treatment effects using instrumental variables (IV), mul...
We present a new Stata command, bmte (bias-minimizing treatment effects), that implements two new es...
The bmte command: Methods for the estimation of treatment effects when exclusion restrictions are un...
ivbounds provides an estimate of the bounds of the average causal effect for compliers (Imbens and A...
Bounding treatment effects: A command for the partial identification of the average treatment effect...
The STATA routines bundled in this package implement many of the methods for nonparametric analysis ...
This article describes the implementation of a double-robust estimator for pretest–posttest studies ...
We present a new command, tebounds, that implements a variety of techniques to bound the average tre...
This entry provides a technical overview of treatment-effects estimators and their implementation in...
Treatment effects may vary with the observed characteristics of the treated, often with important im...
Reweighting is a popular statistical technique to deal with inference in the presence of a nonrandom...
We describe the new command margte, which computes marginal and average treatment effects for a mode...
Estimation of average treatment effects under unconfoundedness or selection on observ-ables is often...
Non-random sample selection may render estimated treatment effects biased even if assignment of tre...
In this article, we discuss the implementation of various estimators proposed to estimate quantile t...
When estimating local average and marginal treatment effects using instrumental variables (IV), mul...
We present a new Stata command, bmte (bias-minimizing treatment effects), that implements two new es...
The bmte command: Methods for the estimation of treatment effects when exclusion restrictions are un...
ivbounds provides an estimate of the bounds of the average causal effect for compliers (Imbens and A...
Bounding treatment effects: A command for the partial identification of the average treatment effect...
The STATA routines bundled in this package implement many of the methods for nonparametric analysis ...
This article describes the implementation of a double-robust estimator for pretest–posttest studies ...
We present a new command, tebounds, that implements a variety of techniques to bound the average tre...
This entry provides a technical overview of treatment-effects estimators and their implementation in...
Treatment effects may vary with the observed characteristics of the treated, often with important im...
Reweighting is a popular statistical technique to deal with inference in the presence of a nonrandom...
We describe the new command margte, which computes marginal and average treatment effects for a mode...
Estimation of average treatment effects under unconfoundedness or selection on observ-ables is often...
Non-random sample selection may render estimated treatment effects biased even if assignment of tre...
In this article, we discuss the implementation of various estimators proposed to estimate quantile t...
When estimating local average and marginal treatment effects using instrumental variables (IV), mul...