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Y. Emily Tang

Former research affiliate

Background

Publications

Y. Emily Tang

A Meta-Analysis of the Literature on the Effect of Charter Schools on Student Achievement
  • Research Reports    

A Meta-Analysis of the Literature on the Effect of Charter Schools on Student Achievement

Julian Betts, Y. Emily Tang

This working paper provides a systematic analysis of the field’s most rigorous studies on charter school achievement.

BRIEF – Charter Schools and Achievement
  • Research Reports    

BRIEF – Charter Schools and Achievement

Julian Betts, Y. Emily Tang

This brief summarizes findings from The Effect of Charter Schools on Student Achievement: a Meta-Analysis of the Literature, a detailed assessment of the literature on student achievement in charter schools.

The Effect of Charter Schools on Student Achievement: A Meta-Analysis of the Literature
  • Research Reports    

The Effect of Charter Schools on Student Achievement: A Meta-Analysis of the Literature

Julian Betts, Y. Emily Tang

This report infers the causal impact of attending a charter school on student performance and finds that whether charters outperform traditional public schools depends on the location, grade, and subject.

Ch. 1 – Charter Schools and Student Achievement: A Review of the Evidence (HFR ’08)
  • Research Reports    

Ch. 1 – Charter Schools and Student Achievement: A Review of the Evidence (HFR ’08)

Julian Betts, Y. Emily Tang

This paper analyzes existing charter outcome studies and finds that there is great variety in charter school performance, with charters outperforming in some grade spans/subjects and underperforming in others.

Value-Added and Experimental Studies of the Effect of Charter Schools on Student Achievement: A Literature Review
  • Research Reports    

Value-Added and Experimental Studies of the Effect of Charter Schools on Student Achievement: A Literature Review

Julian Betts, Y. Emily Tang

This paper provides an analysis of 14 charter school studies that use the two most rigorous methods: either randomization based on lotteries, or value-added modeling.

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