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Sentence repetition as a clinical marker for Mandarin DLD (Wang et al., 2022) ...
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Vocabulary, diagnosis, and intervention in DHH infants/toddlers (Campbell & Bergelson, 2022) ...
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Longitudinal Effects on Adolescent Language (Harlaar et al., 2016) ...
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Förderung der Behandlung von Patienten im Maßregelvollzug ohne deutsche Primärsprache am Beispiel einer Spezialstation für Spracherwerb und Integration ...
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Developmental screening using caregiver report: an evaluation of screening tools and childhood developmental delays in South Africa ...
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Joint Engagement in Children With FXS (Hahn et al., 2016) ...
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Working memory and domain in DLD (Larson & Ellis Weismer, 2022) ...
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Vocabulary, diagnosis, and intervention in DHH infants/toddlers (Campbell & Bergelson, 2022) ...
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Sentence Comprehension Deficits of Specific Language Impairment (Montgomery et al., 2016) ...
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THE ROLE OF LISTENING IN LANGUAGE ACQUISITION; THE CHALLENGES & STRATEGIES IN TEACHING LISTENING ... : РОЛЬ СЛУШАНИЯ В ОФОРМЛЕНИИ ЯЗЫКА; ПРОБЛЕМЫ И СТРАТЕГИИ ОБУЧЕНИЯ АУДИРОВАНИЮ ...
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Zokirova, Zulkhumor. - : Oriental renaissance: Innovative, educational, natural and social sciences, 2022
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Joint Engagement in Children With FXS (Hahn et al., 2016) ...
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Working memory and domain in DLD (Larson & Ellis Weismer, 2022) ...
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Förderung des Bildungsspracherwerbs bei heterogenen sprachlichen Voraussetzungen im Unterricht mit digitalen Medien ...
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Longitudinal Effects on Adolescent Language (Harlaar et al., 2016) ...
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Abstract:
Purpose: We evaluated genetic and environmental contributions to individual differences in language skills during early adolescence, measured by both language sampling and standardized tests, and examined the extent to which these genetic and environmental effects are stable across time. Method: We used structural equation modeling on latent factors to estimate additive genetic, shared environmental, and nonshared environmental effects on variance in standardized language skills (i.e., Formal Language) and productive language-sample measures (i.e., Productive Language) in a sample of 527 twins across 3 time points (mean ages 10–12 years). Results: Individual differences in the Formal Language factor were influenced primarily by genetic factors at each age, whereas individual differences in the Productive Language factor were primarily due to nonshared environmental influences. For the Formal Language factor, the stability of genetic effects was high across all 3 time points. For the Productive Language ...
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Keyword:
Child language acquisition
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URL: https://dx.doi.org/10.23641/asha.14963922.v1 https://asha.figshare.com/articles/journal_contribution/Longitudinal_Effects_on_Adolescent_Language_Harlaar_et_al_2016_/14963922/1
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