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The roots of inequality: estimating inequality of opportunity from regression trees and forests
[journal article]
Abstract We propose the use of machine learning methods to estimate inequality of opportunity and to illustrate that regression trees and forests represent a substantial improvement over existing approaches: they reduce the risk of ad hoc model selection and trade off upward and downward bias in inequality o... view more
We propose the use of machine learning methods to estimate inequality of opportunity and to illustrate that regression trees and forests represent a substantial improvement over existing approaches: they reduce the risk of ad hoc model selection and trade off upward and downward bias in inequality of opportunity estimates. The advantages of regression trees and forests are illustrated by an empirical application for a cross-section of 31 European countries. We show that arbitrary model selection might lead to significant biases in inequality of opportunity estimates relative to our preferred method. These biases are reflected in both point estimates and country rankings.... view less
Keywords
equal opportunity; inequality; estimation; measurement
Classification
Methods and Techniques of Data Collection and Data Analysis, Statistical Methods, Computer Methods
Free Keywords
machine learning; random forests; EU-SILC 2011
Document language
English
Publication Year
2023
Page/Pages
p. 900-932
Journal
The Scandinavian Journal of Economics, 125 (2023) 4
DOI
https://doi.org/10.1111/sjoe.12530
ISSN
1467-9442
Status
Published Version; peer reviewed