Committees and status quo bias: structural evidence from a randomized field experiment

When members of a committee have incentives to agree with each other, they over-weight public information: this can generate status quo bias. We test this hypothesis using a novel field experiment - a large debate tournament with random assignment of judges to committees. To analyse our experimen...

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Bibliographic Details
Main Authors: Quinn, S, Gole, T
Format: Working paper
Published: University of Oxford 2014
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author Quinn, S
Gole, T
author_facet Quinn, S
Gole, T
author_sort Quinn, S
collection OXFORD
description When members of a committee have incentives to agree with each other, they over-weight public information: this can generate status quo bias. We test this hypothesis using a novel field experiment - a large debate tournament with random assignment of judges to committees. To analyse our experimental data, we develop a new structural methodology for estimating discrete dynamic Bayesian games using Markov Perfect Equililbrium. Our method allows for correlated unobservable signals and for rational dynamic updating of coordination preferences along the equilibrium path. Our structural estimates show that judges with greater desire to coordinate are more likely to vote for teams with better past records; this shows that, in a committee context, public information can cause coordination on weaker candidates.
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spelling oxford-uuid:06172c00-e374-41d0-be55-da8ed127ef6f2022-03-26T09:00:49ZCommittees and status quo bias: structural evidence from a randomized field experimentWorking paperhttp://purl.org/coar/resource_type/c_8042uuid:06172c00-e374-41d0-be55-da8ed127ef6fBulk import via SwordSymplectic ElementsUniversity of Oxford2014Quinn, SGole, TWhen members of a committee have incentives to agree with each other, they over-weight public information: this can generate status quo bias. We test this hypothesis using a novel field experiment - a large debate tournament with random assignment of judges to committees. To analyse our experimental data, we develop a new structural methodology for estimating discrete dynamic Bayesian games using Markov Perfect Equililbrium. Our method allows for correlated unobservable signals and for rational dynamic updating of coordination preferences along the equilibrium path. Our structural estimates show that judges with greater desire to coordinate are more likely to vote for teams with better past records; this shows that, in a committee context, public information can cause coordination on weaker candidates.
spellingShingle Quinn, S
Gole, T
Committees and status quo bias: structural evidence from a randomized field experiment
title Committees and status quo bias: structural evidence from a randomized field experiment
title_full Committees and status quo bias: structural evidence from a randomized field experiment
title_fullStr Committees and status quo bias: structural evidence from a randomized field experiment
title_full_unstemmed Committees and status quo bias: structural evidence from a randomized field experiment
title_short Committees and status quo bias: structural evidence from a randomized field experiment
title_sort committees and status quo bias structural evidence from a randomized field experiment
work_keys_str_mv AT quinns committeesandstatusquobiasstructuralevidencefromarandomizedfieldexperiment
AT golet committeesandstatusquobiasstructuralevidencefromarandomizedfieldexperiment