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Chapter 8. On the importance of goals in child language

Acquisition and impairment data from Hungarian
  • Csaba Pléh
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Language Acquisition across Linguistic and Cognitive Systems
Ein Kapitel aus dem Buch Language Acquisition across Linguistic and Cognitive Systems

Abstract

Modern psycholinguistic studies started to use experimental and child language observational data concerning the language of space to obtain evidence for the primacy issue: who leads in the articulation of spatial language: language or spatial cognition? Following the model of Landau and Jackendoff, strong claims can be made about the universal distinctions languages make about space and their relationship to the organization of spatial cognition in the brain. However, there are important differences in this regard between languages. Hungarian data will be used to illustrate how a universal cognitive tendency – the primacy of goals – exist very early on in a language that requires distinctions along the path (e.g. in, into, from inside). These tendencies are shown both in normal and in developmentally impaired populations. Our studies on Williams syndrome (in coll. with Á. Lukács) provide some clarifications regarding the language-cognition interface. This condition is characterized by severe limitations of spatial cognition, related to the underdevelopment of posterior parietal areas. In line with these neurocognitive limitations, spatial language in these subjects seems to be very limited as compared to their general level of grammatical morphology. However, detailed comparisons show no differences in the qualitative pattern of performance and errors in using spatial language. It seems that the limitations of computational space limit spatial language in this group, but at the same time the types of computations performed by this limited system are identical. A similar observation also indicates that, in using spatial suffixes to code interpersonal meanings such as to be angry at, spatial use is easier and earlier both in normal subjects and in impaired populations. All of these data support a rather universal and cognition-based view of the unfolding and organization of spatial language.

Abstract

Modern psycholinguistic studies started to use experimental and child language observational data concerning the language of space to obtain evidence for the primacy issue: who leads in the articulation of spatial language: language or spatial cognition? Following the model of Landau and Jackendoff, strong claims can be made about the universal distinctions languages make about space and their relationship to the organization of spatial cognition in the brain. However, there are important differences in this regard between languages. Hungarian data will be used to illustrate how a universal cognitive tendency – the primacy of goals – exist very early on in a language that requires distinctions along the path (e.g. in, into, from inside). These tendencies are shown both in normal and in developmentally impaired populations. Our studies on Williams syndrome (in coll. with Á. Lukács) provide some clarifications regarding the language-cognition interface. This condition is characterized by severe limitations of spatial cognition, related to the underdevelopment of posterior parietal areas. In line with these neurocognitive limitations, spatial language in these subjects seems to be very limited as compared to their general level of grammatical morphology. However, detailed comparisons show no differences in the qualitative pattern of performance and errors in using spatial language. It seems that the limitations of computational space limit spatial language in this group, but at the same time the types of computations performed by this limited system are identical. A similar observation also indicates that, in using spatial suffixes to code interpersonal meanings such as to be angry at, spatial use is easier and earlier both in normal subjects and in impaired populations. All of these data support a rather universal and cognition-based view of the unfolding and organization of spatial language.

Kapitel in diesem Buch

  1. Prelim pages i
  2. Table of contents v
  3. Introduction. New perspectives in the study of first and second language acquisition 1
  4. Part I. Emergence and dynamics of language acquisition and disorders
  5. Chapter 1. A tale of two paradigms 17
  6. Chapter 2. Dynamic systems methods in the study of language acquisition 33
  7. Chapter 3. Early bootstrapping of syntactic acquisition 53
  8. Chapter 4. Language acquisition in developmental disorders 67
  9. Part II. First language acquisition
  10. Chapter 5. Language development in a cross-linguistic context 91
  11. Chapter 6. A typological approach to first language acquisition 109
  12. Chapter 7. Linguistic relativity in first language acquisition 125
  13. Chapter 8. On the importance of goals in child language 147
  14. Chapter 9. Promoting patients in narrative discourse 161
  15. Chapter 10. On-line grammaticality judgments 179
  16. Chapter 11. The expression of finiteness by L1 and L2 learners of Dutch, French, and German 205
  17. Part III. Bilingualism and second language acquisition
  18. Chapter 12. Age of onset in successive acquisition of bilingualism 225
  19. Chapter 13. The development of person-number verbal morphology in different types of learners 249
  20. Chapter 14. Re-thinking the bilingual interactive-activation model from a developmental perspective (BIA-d) 267
  21. Chapter 15. Foreign language vocabulary learning 285
  22. Chapter 16. Cerebral imaging and individual differences in language learning 299
  23. Chapter 17. The cognitive neuroscience of second language acquisition and bilingualism 307
  24. Index of languages 323
  25. Index of subjects 325
https://doi.org/10.1075/lald.52.11ple

Kapitel in diesem Buch

  1. Prelim pages i
  2. Table of contents v
  3. Introduction. New perspectives in the study of first and second language acquisition 1
  4. Part I. Emergence and dynamics of language acquisition and disorders
  5. Chapter 1. A tale of two paradigms 17
  6. Chapter 2. Dynamic systems methods in the study of language acquisition 33
  7. Chapter 3. Early bootstrapping of syntactic acquisition 53
  8. Chapter 4. Language acquisition in developmental disorders 67
  9. Part II. First language acquisition
  10. Chapter 5. Language development in a cross-linguistic context 91
  11. Chapter 6. A typological approach to first language acquisition 109
  12. Chapter 7. Linguistic relativity in first language acquisition 125
  13. Chapter 8. On the importance of goals in child language 147
  14. Chapter 9. Promoting patients in narrative discourse 161
  15. Chapter 10. On-line grammaticality judgments 179
  16. Chapter 11. The expression of finiteness by L1 and L2 learners of Dutch, French, and German 205
  17. Part III. Bilingualism and second language acquisition
  18. Chapter 12. Age of onset in successive acquisition of bilingualism 225
  19. Chapter 13. The development of person-number verbal morphology in different types of learners 249
  20. Chapter 14. Re-thinking the bilingual interactive-activation model from a developmental perspective (BIA-d) 267
  21. Chapter 15. Foreign language vocabulary learning 285
  22. Chapter 16. Cerebral imaging and individual differences in language learning 299
  23. Chapter 17. The cognitive neuroscience of second language acquisition and bilingualism 307
  24. Index of languages 323
  25. Index of subjects 325
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Heruntergeladen am 9.11.2025 von https://www.degruyterbrill.com/document/doi/10.1075/lald.52.11ple/html?lang=de
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