Warker Jill A, Dell Gary S, Whalen Christine A, Gereg Samantha
Department of Psychology, University of Illinois at Urbana-Champaign, Urbana, IL 61801, USA.
J Exp Psychol Learn Mem Cogn. 2008 Sep;34(5):1289-95. doi: 10.1037/a0013033.
Adults can learn new artificial phonotactic constraints by producing syllables that exhibit the constraints. The experiments presented here tested the limits of phonotactic learning in production using speech errors as an implicit measure of learning. Experiment 1 tested a constraint in which the placement of a consonant as an onset or coda depended on the identity of a nonadjacent consonant. Participant speech errors reflected knowledge of the constraint but not until the 2nd day of testing. Experiment 2 tested a constraint in which consonant placement depended on an extralinguistic factor, the speech rate. Participants were not able to learn this constraint. Together, these experiments suggest that phonotactic-like constraints are acquired when mutually constraining elements reside within the phonological system.
成年人可以通过发出表现出这些限制的音节来学习新的人工音位结构限制。此处呈现的实验使用言语错误作为学习的隐性指标,测试了生产中语音结构学习的极限。实验1测试了一种限制,即辅音作为起首音或结尾音的位置取决于非相邻辅音的身份。参与者的言语错误反映了对该限制的了解,但直到测试的第二天才体现出来。实验2测试了一种限制,即辅音位置取决于语言外因素——语速。参与者无法学习到这种限制。总之,这些实验表明,当相互制约的元素存在于音系中时,类似音位结构的限制就会被习得。