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When A+B A: Cognitive Bias in Experts’ Judgment of Environmental Impact

机译:当A + B A:专家对环境影响的判断中的认知偏见

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摘要

When ‘environmentally friendly’ items are added to a set of conventional items, people report that the total set will have a lower environmental impact even though the actual impact increases. One hypothesis is that this “negative footprint illusion” arises because people, who are susceptible to the illusion, lack necessary knowledge of the item’s actual environmental impact, perhaps coupled with a lack of mathematical skills. The study reported here addressed this hypothesis by recruiting participants (‘experts’) from a master’s program in energy systems, who thus have bachelor degrees in energy-related fields including academic training in mathematics. They were asked to estimate the number of trees needed to compensate for the environmental burden of two sets of buildings: one set of 150 buildings with conventional energy ratings and one set including the same 150 buildings but also 50 ‘green’ (energy-efficient) buildings. The experts reported that less trees were needed to compensate for the set with 150 conventional and 50 ‘green’ buildings compared to the set with only the 150 conventional buildings. This negative footprint illusion was as large in magnitude for the experts as it was for a group of novices without academic training in energy-related fields. We conclude that people are not immune to the negative footprint illusion even when they have the knowledge necessary to make accurate judgments.
机译:如果将“环保”项目添加到一组常规项目中,人们会报告说,即使实际影响增加,整个项目对环境的影响也较小。一种假设是,这种“负足迹错觉”的产生是由于容易受到错觉影响的人们对物品的实际环境影响缺乏必要的了解,也许还缺乏数学技能。此处的研究报告是通过从能源系统硕士学位课程中招募参与者(“专家”)解决这一假设的,他们因此拥有能源相关领域的学士学位,包括数学方面的学术培训。他们被要求估计补偿两套建筑物的环境负担所需的树木数量:一套具有常规能源等级的150栋建筑物,一套包括相同的150栋但还有50栋“绿色”(节能)的建筑物建筑物。专家报告说,与只有150座常规建筑的场景相比,用150棵常规建筑和50座“绿色”建筑来补偿场景所需的树木更少。对于专家而言,这种负面足迹错觉的规模和对于未经能源相关领域的学术训练的新手群体的影响一样大。我们得出的结论是,即使人们具有做出准确判断所必需的知识,他们也无法免受负面足迹错觉的影响。

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