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Amy C. Crosson; Michael J. Kieffer; Margaret G. McKeown; William Nagy – Scientific Studies of Reading, 2025
Purpose: Converging evidence demonstrates that robust academic vocabulary and morphology instruction improves literacy outcomes of multilingual adolescents. However, few interventions have focused on teaching word analysis using bound Latin roots, the major meaning-carrying constituents of academic words (e.g. voc meaning "speak" in…
Descriptors: Reading Research, Contrastive Linguistics, Multilingualism, Vocabulary Development
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Henry Brice; Benjamin Zinszer; Danielle Kablan; Fabrice Tanoh; Konan N. N. Nana; Kaja K. Jasinska – Scientific Studies of Reading, 2024
Purpose: Statistical learning (SL) approaches to reading maintain that proficient reading requires assimilation of the rich statistical regularities in the writing system. Reading skills in developing first- and second-language readers in English have been shown to be predicted by individual differences in sensitivity to regularities in mappings…
Descriptors: Rural Areas, Foreign Countries, Semantics, Writing (Composition)
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M. M. Elsherif; J. C. Catling – Scientific Studies of Reading, 2024
Purpose: Adults recognize words that are acquired during childhood more quickly than words acquired during adulthood. This is known as the Age of Acquisition (AoA) effect. The AoA effect, according to the integrated account, manifests in tasks necessitating greater semantic processing and in tasks with arbitrary input-output mapping. Compound…
Descriptors: Age Differences, Word Recognition, Linguistic Input, Reading Processes
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Miaomiao Liu; Yixun Li; Yongqiang Su; Hong Li – Scientific Studies of Reading, 2024
Purpose: This study sought to 1) identify linguistic features important for Chinese text complexity with a theory-based and systematic approach, and 2) address how feature sets and algorithms affect the performance of Chinese text complexity models. Method: Texts from Chinese language arts textbooks from Grades 1 to 6 (N = 1,478) in Mainland China…
Descriptors: Difficulty Level, Textbooks, Algorithms, Artificial Intelligence