Department of Psychology, University of Minnesota.
Department of Economics, University of Minnesota.
Psychol Sci. 2020 Jul;31(7):835-847. doi: 10.1177/0956797620924677. Epub 2020 Jun 30.
We investigated intergenerational educational and occupational mobility in a sample of 2,594 adult offspring and 2,530 of their parents. Participants completed assessments of general cognitive ability and five noncognitive factors related to social achievement; 88% were also genotyped, allowing computation of educational-attainment polygenic scores. Most offspring were socially mobile. Offspring who scored at least 1 standard deviation higher than their parents on both cognitive and noncognitive measures rarely moved down and frequently moved up. Polygenic scores were also associated with social mobility. Inheritance of a favorable subset of parent alleles was associated with moving up, and inheritance of an unfavorable subset was associated with moving down. Parents' education did not moderate the association of offspring's skill with mobility, suggesting that low-skilled offspring from advantaged homes were not protected from downward mobility. These data suggest that cognitive and noncognitive skills as well as genetic factors contribute to the reordering of social standing that takes place across generations.
我们在一个由 2594 名成年子女和 2530 名父母组成的样本中调查了代际教育和职业流动。参与者完成了一般认知能力和与社会成就相关的五个非认知因素的评估;其中 88%的人也接受了基因分型,从而可以计算教育程度的多基因评分。大多数子女都有社会流动性。在认知和非认知方面,子女的得分至少比父母高出一个标准差的,很少向下流动,而经常向上流动。多基因评分也与社会流动有关。继承父母有利的等位基因子集与向上流动有关,而继承不利的等位基因子集与向下流动有关。父母的教育并不能调节子女技能与流动之间的关系,这表明来自优势家庭的低技能子女并不能免受向下流动的影响。这些数据表明,认知和非认知技能以及遗传因素都有助于代际间社会地位的重新排序。