University of Burgundy, LEAD, CNRS-UMR 5020, Dijon, France.
Institut Universitaire de France, Dijon, France.
Mem Cognit. 2022 Feb;50(2):339-347. doi: 10.3758/s13421-021-01226-6. Epub 2021 Aug 30.
Far transfer rarely occurs, and a recent meta-analysis suggests that music is no exception. The overall effect of musical training on cognition was claimed to be null when considering studies with active control groups or implemented randomization procedures (Sala & Gobet, Memory & Cognition, 48: 1429-1441, 2020). Using the authors' data file and program ( https://osf.io/rquye ), we did not confirm the effect of randomization, and we demonstrated that their conclusion is based in part on the failure to differentiate near and far transfer, with near transfer effect sizes being selectively excluded for the musical training group studies, but not for the active control group studies. Reanalyzing their data file resulted in a significant effect size (g = .234), and also provided new evidence that far-transfer effects of musical training can challenge near-transfer effects of linguistic training. Music is a recreational activity that may be special in allowing for small but statistically significant far-transfer effects.
远迁移很少发生,最近的一项荟萃分析表明音乐也不例外。当考虑到有积极对照组或实施随机程序的研究时,音乐训练对认知的总体影响据称是零(Sala & Gobet,Memory & Cognition,48:1429-1441,2020)。使用作者的数据文件和程序(https://osf.io/rquye),我们没有证实随机化的效果,并且我们表明他们的结论部分基于未能区分近迁移和远迁移,对音乐训练组研究的近迁移效果大小进行了选择性排除,但对积极对照组研究则没有。重新分析他们的数据文件得出了一个显著的效果大小(g =.234),并且还提供了新的证据表明音乐训练的远迁移效应可以挑战语言训练的近迁移效应。音乐是一种娱乐活动,它可能特别允许产生小但具有统计学意义的远迁移效应。