Visuospatial Working Memory and the Hybrid Reading Fluency Measure

Date

2021-10-15

Contributor

Advisor

Department

Instructor

Depositor

Speaker

Researcher

Consultant

Interviewer

Narrator

Transcriber

Annotator

Journal Title

Journal ISSN

Volume Title

Publisher

University of Hawaii National Foreign Language Resource Center
Center for Language & Technology

Volume

33

Number/Issue

2

Starting Page

141

Ending Page

167

Alternative Title

Abstract

In this study, I sought to investigate whether visuospatial working memory (VWM) explains individual differences in reading fluency growth. One hundred and thirty Japanese junior and senior high school students were administered the Mr. Peanut and reversed Corsi tasks, respectively as measures of VWM, followed by three waves of reading fluency assessment. To assess reading fluency, a novel reading fluency measure was constructed by combining the participants’ comprehension scores with their reading speeds into a single measure using many-facet Rasch measurement. Latent growth curve analyses revealed that VWM significantly predicted variation in the individual growth trajectories at the initial status but did not significantly predict rate of change. Results of Rasch analyses indicated that the novel reading comprehension-speed measure assessed a unidimensional construct, thus suggesting that the construction of this measure is both a practical and valid approach to estimating reading fluency as well as reading passage difficulty.

Description

Keywords

L2 reading fluency, latent growth modeling, many-facet Rasch measurement, the Rasch model, visuospatial working memory

Citation

Bazan, B. (2021). Visuospatial working memory and the hybrid reading fluency measure. Reading in a Foreign Language, 33(2), 141-167. http://hdl.handle.net/10125/67398

Extent

Format

Geographic Location

Time Period

Related To

Related To (URI)

Table of Contents

Rights

Rights Holder

Local Contexts

Collections

Email libraryada-l@lists.hawaii.edu if you need this content in ADA-compliant format.