Closest Acceptable Relationship with Outparty Voters

Description

Other than most of the other measures in this list, the Social Distance Scale does not compute an affective polarization score from other discrete items, but consists of one survey item that asks respondents of the closest relationship they would find acceptable with outparty voters. This way, it is supposed to measure not just like and dislike scores that are unclear in their implications, but the real societal impact of partisan differences.

One way to measure this consists of items asking respondents about the closest relationship they would find acceptable with outparty voters. Gidron et al. (2022) use a version of this scale with the response options ‘relative’, ‘close friend’, ‘neighbor’, ‘co-worker’, ‘citizen in my country’, ‘visitor to my country’, and ‘not at all’. Another commonly used variation is to make use of items about how the respondent would feel about outparty voters coming socially closer, i.e., by marrying.

Due to the complexity of this survey item, comparative data of this measurement is scarce.

Use cases

Publications that use this measure:

TitleAuthors
Cross-partisan discussions reduced political polarization between UK voters, but less so when they disagreed
  • De Jong (2024)
What Do We Measure When We Measure Affective Polarization?
  • Druckman and Levendusky (2019)
Validating the feeling thermometer as a measure of partisan affect in multi-party systems
  • Gidron et al. (2022)
Affect, Not Ideology
  • Iyengar et al. (2012)
Populist attitudes, cleavage identification, and polarization in Austria and Germany
  • Jungkunz and Helbling (2025)
We Need to Talk
  • Levendusky and Stecula (2023)
Why can’t we be friends?
  • Norman and Green (2025)
Cross-Partisan Conversation Reduced Affective Polarization for Republicans and Democrats Even after the Contentious 2020 Election
  • Rossiter and Taylor (2024)
What Do We Measure When We Measure Affective Polarization across Countries?
  • Tichelbaecker et al. (2023)
Affective polarization and coalition signals
  • Wagner and Praprotnik (2023)