A population‐level approach to distributional weighting

Abstract Distributional weighting to address concerns about diminishing marginal utility of income in benefit–cost analysis has been the topic of increased interest in recent years. Concern has been expressed about the practicability of distributional weighting, given limitations on data and on the analytical capacities of agencies. This paper contributes to a small but growing literature that attempts to provide guidance and real‐world examples of distributional weighting. We develop a methodology for calculating what we call ‘population weights’, which, once computed for a given population by an analyst, can be used by other analysts to implement distributional weighting on similar populations, without those analysts needing information on income distribution or the cost or benefit experienced by households at different income levels within those populations. These population weights can be calculated without knowing the costs or benefits received by households at different income levels, using proxies for cost or benefit that may be observable or about which, in the absence of data, assumptions can be made in some cases. We implement the methodology on an example regulation and present results that we believe provide useful information to decision‐makers, even in the absence of estimates of unweighted costs and benefits.

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Publication Details

Journal
Annals of Public and Cooperative Economics
Published
2025-05-14
DOI
https://doi.org/10.1111/apce.12505
Citations
1
Primary Topic
Global Health Care Issues
Type
article
Field-Weighted Citation Impact
2.82
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article

A population‐level approach to distributional weighting

Daniel J. Acland, Steven P. Raphael
1 citations
Annals of Public and Cooperative Economics
Global Health Care Issues
2.82
article

A population‐level approach to distributional weighting

Daniel J. Acland, Steven P. Raphael
article en
1 citations

Abstract

Abstract Distributional weighting to address concerns about diminishing marginal utility of income in benefit–cost analysis has been the topic of increased interest in recent years. Concern has been expressed about the practicability of distributional weighting, given limitations on data and on the analytical capacities of agencies. This paper contributes to a small but growing literature that attempts to provide guidance and real‐world examples of distributional weighting. We develop a methodology for calculating what we call ‘population weights’, which, once computed for a given population by an analyst, can be used by other analysts to implement distributional weighting on similar populations, without those analysts needing information on income distribution or the cost or benefit experienced by households at different income levels within those populations. These population weights can be calculated without knowing the costs or benefits received by households at different income levels, using proxies for cost or benefit that may be observable or about which, in the absence of data, assumptions can be made in some cases. We implement the methodology on an example regulation and present results that we believe provide useful information to decision‐makers, even in the absence of estimates of unweighted costs and benefits.

Annals of Public and Cooperative EconomicsVol. 96(2)
University of California, Berkeley (US)
Openalex Percentile: Top 11%
Global Health Care Issues
2.82
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