AT THE INTERFACE: DYNAMIC INTERACTIONS OF EXPLICIT AND IMPLICIT LANGUAGE KNOWLEDGE
На интерфейсе: динамические взаимодействия эксплицитного и имплицитного языкового знания
2005-06-01
SCID: 54.1/w6usufmw
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explicit knowledgeimplicit language learningprefrontal cortexsecond language acquisitionworking memory
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Abstract (AI)
This paper considers how implicit and explicit knowledge are dissociable but cooperative. It reviews various psychological and neurobiological processes by which explicit knowledge of form-meaning associations impacts upon implicit language learning. The interface is dynamic: It happens transiently during conscious processing, but the influence upon implicit cognition endures thereafter. The primary conscious involvement in SLA is the explicit learning involved in the initial registration of pattern recognizers for constructions that are then tuned and integrated into the system by implicit learning during subsequent input processing. Neural systems in the prefrontal cortex involved in working memory provide attentional selection, perceptual integration, and the unification of consciousness. Neural systems in the hippocampus then bind these disparate cortical representations into unitary episodic representations. These are the mechanisms by which Schmidt's (1990) noticing helps solve Quine's (1960) problem of referential indeterminacy. Explicit memories can also guide the conscious building of novel linguistic utterances through processes of analogy. Formulas, slot-and-frame patterns, drills, and declarative pedagogical grammar rules all contribute to the conscious creation of utterances whose subsequent usage promotes implicit learning and proceduralization. Flawed output can prompt focused feedback by way of recasts that present learners with psycholinguistic data ready for explicit analysis. Other processes of acquisition from output include differentiation, analysis, and preemption. These processes of conscious construction in working memory underpin relationships between individual differences in working memory capacities and language learning aptitude.Thanks to Rod Ellis for first suggesting that I try to write this and to the staff and students at Department of Applied Language Studies and Linguistics University of Auckland (2003), the TESOL Program Temple University Japan (2003), the Chester Language Development Reading Group, and the LOT winter school (2004) for helping me think it through. I am particularly grateful to Michel Paradis, Michael Swan, Karen Roehr, Anne Feryok, and Tamar Keren-Portnoy for pointing their giant biological cameras of consciousness at a prior draft, and for sharing their awareness with me in kindly and constructive fashion. I have learned a lot from it.
Key Findings
1
Consciously constructed formulas, slot-and-frame patterns, drills, grammar rules, and feedback-supported utterances promote subsequent implicit learning and proceduralization.
2
Explicit and implicit language knowledge are dissociable yet cooperative, with their interface occurring transiently during conscious processing while its effects persist in implicit cognition.
3
In second-language acquisition, explicit learning initially registers form–meaning pattern recognizers, which subsequent implicit processing tunes and integrates into the developing linguistic system.
4
Noticing and explicit memory help resolve referential indeterminacy by linking disparate linguistic forms and meanings into usable representations.
5
Prefrontal working-memory systems support attentional selection, perceptual integration, and conscious unification, while hippocampal systems bind cortical representations into episodic memories.
6
Processes including analogy, differentiation, analysis, and preemption connect conscious output construction with individual differences in working-memory capacity and language-learning aptitude.
Research Object
The dynamic interface between explicit and implicit language knowledge during second language acquisition
Research Subject
the psychological and neurobiological mechanisms by which explicit knowledge and conscious processing influence implicit language learning, retention, and proceduralization
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2005-06-01
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