David Bourget (Western Ontario)
David Chalmers (ANU, NYU)
Rafael De Clercq
Ezio Di Nucci
Jack Alan Reynolds
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Behavioral and Brain Sciences 23 (1):1-21 (2000)
A new view of the functional role of the left anterior cortex in language use is proposed. The experimental record indicates that most human linguistic abilities are not localized in this region. In particular, most of syntax (long thought to be there) is not located in Broca's area and its vicinity (operculum, insula, and subjacent white matter). This cerebral region, implicated in Broca's aphasia, does have a role in syntactic processing, but a highly specific one: It is the neural home to receptive mechanisms involved in the computation of the relation between transformationally moved phrasal constituents and their extraction sites (in line with the Trace-Deletion Hypothesis). It is also involved in the construction of higher parts of the syntactic tree in speech production. By contrast, basic combinatorial capacities necessary for language processing – for example, structure-building operations, lexical insertion – are not supported by the neural tissue of this cerebral region, nor is lexical or combinatorial semantics. The dense body of empirical evidence supporting this restrictive view comes mainly from several angles on lesion studies of syntax in agrammatic Broca's aphasia. Five empirical arguments are presented: experiments in sentence comprehension, cross-linguistic considerations (where aphasia findings from several language types are pooled and scrutinized comparatively), grammaticality and plausibility judgments, real-time processing of complex sentences, and rehabilitation. Also discussed are recent results from functional neuroimaging and from structured observations on speech production of Broca's aphasics. Syntactic abilities are nonetheless distinct from other cognitive skills and are represented entirely and exclusively in the left cerebral hemisphere. Although more widespread in the left hemisphere than previously thought, they are clearly distinct from other human combinatorial and intellectual abilities. The neurological record (based on functional imaging, split-brain and right-hemisphere-damaged patients, as well as patients suffering from a breakdown of mathematical skills) indicates that language is a distinct, modularly organized neurological entity. Combinatorial aspects of the language faculty reside in the human left cerebral hemisphere, but only the transformational component (or algorithms that implement it in use) is located in and around Broca's area. Key Words: agrammatism; aphasia; Broca's area; cerebral localization; dyscalculia; functional neuroanatomy; grammatical transformation; modularity; neuroimaging; syntax; trace deletion.
|Keywords||agrammatism aphasia Broca's area cerebral localization dyscalculia functional neuroanatomy grammatical transformation modularity neuroimaging syntax trace deletion|
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Angela D. Friederici (2012). The Cortical Language Circuit: From Auditory Perception to Sentence Comprehension. Trends in Cognitive Sciences 16 (5):262-268.
Yosef Grodzinsky & Andrea Santi (2008). The Battle for Broca’s Region. Trends in Cognitive Sciences 12 (12):474-480.
Michael T. Ullman (2004). °Contributions of Memory Circuits to Language: The Declarative/Procedural Model. Cognition 92 (1-2):231-270.
Edith Kaan & Tamara Y. Swaab (2002). The Brain Circuitry of Syntactic Comprehension. Trends in Cognitive Sciences 6 (8):350-356.
N. F. Dronkers, D. P. Wilkins, R. D. Valin, B. B. Redfern & J. J. Jaeger (2003). Lesion Analysis of the Brain Areas Involved in Language Comprehension. Cognition 92 (1-2):145-177.
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