鉴定(生物学)
样品(材料)
构造(python库)
心理学
分布(数学)
变化(天文学)
航程(航空)
法学
社会心理学
刑事案件
计量经济学
订单(交换)
统计
政治学
经济
数学
计算机科学
工程类
数学分析
化学
植物
物理
色谱法
天体物理学
生物
程序设计语言
航空航天工程
财务
摘要
This paper presents a theory of relative judgments, suggesting that judges evaluate individual cases on the basis of how those cases are ranked in comparison to the other cases in their caseloads. Consequently, judges view a case more severely when their caseloads contain milder cases and more leniently when their caseloads contain graver cases. The paper develops a novel empirical identification strategy that exploits the properties of caseload distribution under random assignment of cases as a source of exogenous variation in judicial exposure to gravity. Using sentencing data, I construct a matched sample of judges randomly located at different ends of the caseloads distribution and demonstrate the existence of relative-judgment bias in their decisions. Judges exposed to lower levels of criminal gravity order longer sentences and are more likely to use the aggravated sentencing guidelines range or depart above the sentencing guidelines recommendations than judges exposed to higher levels of criminal gravity.
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