Sentence Reading Comprehension Research Articles

Embodied cognition and L2 sentence comprehension: an eye-tracking study of motor representations.

Evidence from neuroscience and behavioral research has indicated that language meaning is grounded in our motor-perceptual experiences of the world. However, the question of whether motor embodiment occurs at the sentence level in L2 (second language) comprehension has been raised. Furthermore, existing studies on motor embodiment in L2 have primarily focused on the lexical and phrasal levels, often providing conflicting and indeterminate results. Therefore, to address this gap, the present eye-tracking study aimed to explore the embodied mental representations formed during the reading comprehension of L2 action sentences. Specifically, it sought to identify the types of motor representations formed during L2 action sentence comprehension and the extent to which these representations are motor embodied. A total of 56 advanced L2 learners participated in a Sentence-Picture Verification Task, during which their response times (RTs) and eye movements were recorded. Each sentence-picture pair depicted an action that either matched or mismatched the action implied by the sentence. Data analysis focused on areas of interest around the body effectors. RTs in the mismatch condition indicated an impeding effect. Furthermore, fixations on the body effector executing an action were longer in the mismatch condition, especially in late eye-movement measures.

Cortical cognitive processing during reading captured using functional-near infrared spectroscopy

Neuroimaging studies using functional magnetic resonance imaging (fMRI) have provided unparalleled insights into the fundamental neural mechanisms underlying human cognitive processing, such as high-level linguistic processes during reading. Here, we build upon this prior work to capture sentence reading comprehension outside the MRI scanner using functional near infra-red spectroscopy (fNIRS) in a large sample of participants (n = 82). We observed increased task-related hemodynamic responses in prefrontal and temporal cortical regions during sentence-level reading relative to the control condition (a list of non-words), replicating prior fMRI work on cortical recruitment associated with high-level linguistic processing during reading comprehension. These results lay the groundwork towards developing adaptive systems to support novice readers and language learners by targeting the underlying cognitive processes. This work also contributes to bridging the gap between laboratory findings and more real-world applications in the realm of cognitive neuroscience.

Word Segmentation in Sentence Reading by Learners of Chinese

This study adopted an experimental approach to compare two groups of third-year students learning Chinese in sentence reading comprehension with and without a word segmentation exercise at a southwestern American university. The t-test showed that the experimental group, which received a word segmentation task followed by immediate feedback before reading, outperformed the non-experimental group, which received no treatment before reading. The correlation analysis confirmed that four types of word segmentation errors were moderately correlated with four types of translation errors. This study concluded that introducing word segmentation exercises could facilitate reading comprehension. Based on the findings, pedagogical implementations were suggested.

A mapping-knowledge-domain analysis of ERP research on language processing.

The event-related potentials (ERPs) technique represents a newly developed methodology in cognitive neuroscience and has significantly extended the scope of linguistic studies, offering valuable insights into cognitive processes related to language. While extant literature reviews have addressed specific facets of ERP research on language processing, a comprehensive overview of this domain remains notably absent. This study aims to fill this gap by pioneering a mapping-knowledge-domain analysis of ERP research on language processing using Citespace, a visualized bibliometric software. The current study conducted a meticulous survey and evaluation of relevant literature extracted from the Web of Science core collection. Initially, this study outlines the spatial-temporal distribution within this domain. Subsequently, employing document co-citation analysis, keyword co-occurrence analysis, cluster analysis, and burst detection analysis, this study delved deeper into the research landscape. Findings reveal that key areas in ERP research on language processing predominantly focus on sentence comprehension, reading comprehension, and mismatch negativity, with notable emphasis on topics such as speech perception, temporal dynamics, and working memory. The current study advocates for future investigations to concentrate on larger linguistic units, explore the integration of ERP components and their functional significance, and scrutinize individual differences among participants. These directions are imperative for advancing the understanding of language processing mechanisms.

Clinical characteristics of post-stroke basal ganglia aphasia and the study of language-related white matter tracts based on diffusion spectrum imaging

BackgroundStroke often damages the basal ganglia, leading to atypical and transient aphasia, indicating that post-stroke basal ganglia aphasia (PSBGA) may be related to different anatomical structural damage and functional remodeling rehabilitation mechanisms. The basal ganglia contain dense white matter tracts (WMTs). Hence, damage to the functional tract may be an essential anatomical structural basis for the development of PSBGA. MethodsWe first analyzed the clinical characteristics of PSBGA in 28 patients and 15 healthy controls (HCs) using the Western Aphasia Battery and neuropsychological test batteries. Moreover, we investigated white matter injury during the acute stage using diffusion magnetic resonance imaging scans for differential tractography. Finally, we used multiple regression models in correlation tractography to analyze the relationship between various language functions and quantitative anisotropy (QA) of WMTs. ResultsCompared with HCs, patients with PSBGA showed lower scores for fluency, comprehension (auditory word recognition and sequential commands), naming (object naming and word fluency), reading comprehension of sentences, Mini-Mental State Examination, and Montreal Cognitive Assessment, along with increased scores in Hamilton Anxiety Scale-17 and Hamilton Depression Scale-17 within 7 days after stroke onset (P < 0.05). Differential tractography revealed that patients with PSBGA had damaged fibers, including in the body fibers of the corpus callosum, left cingulum bundles, left parietal aslant tracts, bilateral superior longitudinal fasciculus II, bilateral thalamic radiation tracts, left fornix, corpus callosum tapetum, and forceps major, compared with HCs (FDR < 0.02). Correlation tractography highlighted that better comprehension was correlated with a higher QA of the left inferior fronto-occipital fasciculus (IFOF), corpus callosum forceps minor, and left extreme capsule (FDR < 0.0083). Naming was positively associated with the QA of the left IFOF, forceps minor, left arcuate fasciculus, and uncinate fasciculus (UF) (FDR < 0.0083). Word fluency of naming was also positively associated with the QA of the forceps minor, left IFOF, and thalamic radiation tracts (FDR < 0.0083). Furthermore, reading was positively correlated with the QA of the forceps minor, left IFOF, and UF (FDR < 0.0083). ConclusionPSBGA is primarily characterized by significantly impaired word fluency of naming and preserved repetition abilities, as well as emotional and cognitive dysfunction. Damaged limbic pathways, dorsally located tracts in the left hemisphere, and left basal ganglia pathways are involved in PSBGA pathogenesis. The results of connectometry analysis further refine the current functional localization model of higher-order neural networks associated with language functions.

The Relationships of Oral Reading Fluency at Word, Sentence, and Passage Levels and Reading Comprehension in Chinese.

This study aims to expand our understanding of the relations of oral reading fluency at word, sentence, and passage levels to reading comprehension in Chinese-speaking secondary school-aged students. In total, 80 participants (46 males and 34 females) ranging from 13 to 15 years old joined this study and were tested on tasks of oral reading fluency at three levels, reading comprehension, and nonverbal IQ. Our results showed a clear relationship from fluency at the level of the word to the sentence and then the passage in oral reading fluency as well as both the direct and indirect importance of word-level oral reading fluency in reading comprehension. Only the indirect effect from word-level oral reading fluency to reading comprehension through passage-level oral reading fluency was significant. Our findings suggest that sentence-level oral reading fluency is the crucial component to reading comprehension in Chinese. Additionally, recognition of the potential value of unique features, such as syntactic awareness and word segment accuracy, that happen at the sentence level should be integrated into instructional activities for reading.

Increased Initial Reading Through Picture Word Cards

The purpose of this research is to address the need for fun and student-centered education, which is essential in the 21st century. Active learners are crucial for enhancing student engagement and positively impacting their lives. The specific focus is on improving the initial reading skills of grade III students at SDN Caringin II, which have been observed to be low. The research utilizes Classroom Action Research (PTK) following the model developed by Kemmis and Taggart, implemented in two cycles with two actions each. Data collection involves observation and the use of a rubric to assess reading skills. The results demonstrate that the use of picture word cards effectively enhances students' initial reading abilities, with 83% of students meeting the criteria for initial reading proficiency across various indicators. These indicators encompass aspects such as letter recognition, vowel and consonant combinations, and reading comprehension of sentences and paragraphs. Consequently, the research recommends the incorporation of picture word cards as an alternative learning method to cultivate and strengthen students' initial reading skills.

Literacy instruction and lexicon size determine bilingual reading development of Russian-German children

Research question: How does Russian and German reading comprehension develop during the first 3 years of primary school in Russian heritage speakers and which factors predict performance in each language? Methodology: 40 Russian-German children were tested annually from first to third grade (age in grade 1 M = 7; 1 years). Reading was assessed with comparable Russian and German word and sentence reading comprehension tests. The Russian test was available in Cyrillic and Latin script (the latter for children who could not read Cyrillic letters). Potential predictors included lexicon size in Russian and German and rapid automatized naming (RAN) of numbers (both assessed in primary school). Other factors were assessed in kindergarten, that is, nonverbal reasoning and, derived from a parents’ questionnaire, their socioeconomic status and language input in the family. Data and analysis: Linear regressions were used to compare the development of Russian and German. Stepwise regression analyses identified predictors for reading comprehension in each language. Findings: German reading ability improved faster than that of Russian, likely due to the increasing amount of German input outside the family, literacy instruction in German at school, and the large variance in Russian literacy abilities. Children who could read Cyrillic script, who likely received some form of Russian literacy instruction, and who had a larger Russian lexicon size exhibited better reading performance. These results are discussed regarding the divergent attainment trajectories. Decisive factors for German were German lexicon size and RAN. Originality: This longitudinal study tracked Russian and German reading development over 3 years in primary school, assessed Russian reading in Cyrillic and Latin scripts, and identified predictors for bilingual reading development in both languages. Implications: To become proficient readers in their heritage language, children need to have a substantial lexicon size and receive literacy instruction.

Do artificial neural networks dream of understanding sentence comprehension? A preliminary study (¿Sueñan las redes neuronales artificiales con entender la comprensión de frases? Un estudio preliminar)

ABSTRACT Artificial neural networks (ANNs) are an emerging field with a positive and encouraging outlook. In education, it is postulated that attention and academic performance could explain reading outcomes. The main goal of this research was to study the predictive capacity of an ANN with a backpropagation algorithm by analysing the relationship between sentence and text reading comprehension efficiency, attentional variables and academic performance in third-grade primary school students (N = 183). A non-experimental approach was adopted, using a cross-sectional and ex post facto design. Ten schools (70% public) located in southeastern Spain participated. Test of Reading Efficacy (TECLE), d2 attention test and TALE-2000 were administered. The results revealed that it is possible to design a network capable of learning by itself to predict sentence comprehension. Students who were good readers obtained better grades, concentrated better, scanned the stimulus more attentively, obtained more correct answers and made fewer omissions. The conclusions concerned the ethical implications of AI and the need to introduce ANNs in initial teacher training.

Vocabulary Diversity in Personal Narratives Produced in Response to the Global TALES Protocol in Dutch-Speaking Students with and without Dyslexia

Introduction: This study examines whether there are differences in expressive vocabulary between participants with and without dyslexia in personal narratives in response to the Global TALES protocol. Methods: 22 monolingual Dutch-speaking participants aged 11–16 with dyslexia and 22 age and gender-matched peers without dyslexia were assessed on measures of decoding, reading comprehension, and spelling of words, pseudowords, verbs, and sentences. The participants also produced personal narratives in response to the six prompts contained in the Global TALES protocol. We analyzed the personal narratives for expressive vocabulary and counted the total number of different words (TNDW). Results: The study revealed a significant relationship between TNDW and reading comprehension (r = 0.45, p = 0.002, BF₁₀ = 17.70), spelling words (r = 0.42, p = 0.005, BF₁₀ = 8.93), and spelling and writing conventions in sentences (r = 0.37, p = 0.016, BF₁₀ = 3.11). The Global TALES protocol was successful in eliciting personal narratives in the Dutch-speaking participants with and without dyslexia. Participants with dyslexia used fewer different words (M = 192.27, SD = 64.37; 95% CI: [151.84–232.71]) compared to peers without dyslexia (M = 265.50, SD = 116.28; 95% CI: [225.06–305.93]; F(1, 42) = 6.68; p = 0.013; η² = 0.14). When we compared the probability of models, Bayesian factors revealed moderate evidence for group differences in TNDW (BF = 3.94). Conclusion: Our findings indicate that older school-age participants with dyslexia may lag behind their peers in expressive vocabulary in a personal narrative discourse task that is relevant to everyday functioning. The results of this study highlight the relationship between expressive vocabulary and reading comprehension and the importance of the assessment of spoken language skills in children with dyslexia. Reading problems might lead to less advanced spoken language, which in turn may negatively affect the expressive vocabulary growth in individuals with dyslexia.

The influences of working memory updating on word association effects and thematic role assignment during sentence processing

The current study investigated how individual variability in working memory (WM) updating affects real-time processing of thematic role assignment and word association during sentence reading comprehension when ERPs were recorded. By adopting a factorial design, four types of sentences were formed by crossing word association and role assignment as independent variables. The results indicated that associated words evoked a smaller N400 effect but a larger P600 effect than unassociated words in the high WM group, whereas no word association effect was found in the low WM group. In contrast, role reversal elicited larger N400 effects for both groups. These results suggest that individual differences in WM updating influenced whether and how readers retrieved and integrated the associated word in whole sentences but did not influence the online assignment of thematic roles during sentence reading. Individuals with high WM updating, in contrast to those with low WM updating, were good at making use of word-associated information provided by the preceding context in current processing.

Language impairment in Parkinson's disease: fMRI study of sentence reading comprehension.

Parkinson's disease (PD) affects the language processes, with a significant impact on the patients' daily communication. We aimed to describe specific alterations in the comprehension of syntactically complex sentences in patients with PD (PwPD) as compared to healthy controls (HC) and to identify the neural underpinnings of these deficits using a functional connectivity analysis of the striatum. A total of 20 patients PwPD and 15 HC participated in the fMRI study. We analyzed their performance of a Test of sentence comprehension (ToSC) adjusted for fMRI. A task-dependent functional connectivity analysis of the striatum was conducted using the psychophysiological interaction method (PPI). On the behavioral level, the PwPD scored significantly lower (mean ± sd: 77.3 ± 12.6) in the total ToSC score than the HC did (mean ± sd: 86.6 ± 8.0), p = 0.02, and the difference was also significant specifically for sentences with a non-canonical word order (PD-mean ± sd: 69.9 ± 14.1, HC-mean ± sd: 80.2 ± 11.5, p = 0.04). Using PPI, we found a statistically significant difference between the PwPD and the HC in connectivity from the right striatum to the supplementary motor area [SMA, (4 8 53)] for non-canonical sentences. This PPI connectivity was negatively correlated with the ToSC accuracy of non-canonical sentences in the PwPD. Our results showed disturbed sentence reading comprehension in the PwPD with altered task-dependent functional connectivity from the right striatum to the SMA, which supports the synchronization of the temporal and sequential aspects of language processing. The study revealed that subcortical-cortical networks (striatal-frontal loop) in PwPD are compromised, leading to impaired comprehension of syntactically complex sentences.

Task Demands and Sentence Reading Comprehension among Healthy Older Adults: The Complementary Roles of Cognitive Reserve and Working Memory

Ageing entails different functional brain changes. Education, reading experience, and leisure activities, among others, might contribute to the maintenance of cognitive performance among older adults and are conceptualised as proxies for cognitive reserve. However, ageing also conveys a depletion of working memory capacity, which adversely impacts language comprehension. This study investigated how cognitive reserve proxies and working memory jointly predict the performance of healthy older adults in a sentence reading comprehension task, and how their predictive value changes depending on sentence structure and task demands. Cognitively healthy older adults (n = 120) completed a sentence-picture verification task under two conditions: concurrent viewing of the sentence and picture or their sequential presentation, thereby imposing greater demands on working memory. They also completed a questionnaire on cognitive reserve proxies as well as a verbal working memory test. The sentence structure was manipulated by altering the canonical word order and modifying the amount of propositional information. While the cognitive reserve was the main predictor in the concurrent condition, the predictive role of working memory increased under the sequential presentation, particularly for complex sentences. These findings highlight the complementary roles played by cognitive reserve and working memory in the reading comprehension of older adults.

Executive functions in Chinese kindergarten children with early reading problems.

Learning to read Chinese is a complex task that draws on a range of executive function (EF) skills since early development. However, no studies have examined EF as a potential contributing factor to early reading problems among Chinese children. The present longitudinal study identified 48 poor readers and 48 normal readers among a sample of 190 Chinese children at the end of kindergarten. Measures of EF skills (working memory, inhibition control, and cognitive flexibility) and reading outcomes (word reading, sentence reading fluency, and sentence reading comprehension) were administered to the children. The two groups were retrospectively compared on the EF measures after age and nonverbal IQ were considered. Poor readers were found to perform significantly worse than normal readers in all the examined EF skills. Correlation and regression results revealed a relatively different nature of the relationship between EF and reading in poor readers as compared with normal readers. Inhibition control predicted reading outcomes in poor readers only, while cognitive flexibility predicted reading outcomes in normal readers only. Working memory was significantly correlated to word reading in poor readers and to reading comprehension in normal readers. The results are discussed in terms of the special characteristics of the Chinese language.

Influences from working memory, word and sentence reading on passage comprehension and teacher ratings

Reading fluency is a major determinant of reading comprehension but depends on moderating factors such as auditory working memory (AWM), word recognition and sentence reading skills. We investigated how word and sentence reading skills relate to reading comprehension differentially across the first 6 years of schooling and tested which reading variable best predicted teacher judgements. We conducted our research in a rather transparent language, namely, German, drawing on two different data sets. The first was derived from the normative sample of a reading comprehension test (ELFE‐II), including 2056 first to sixth graders with readings tests at the word, sentence and text level. The second sample included 114 students from second to fourth grade. The latter completed a series of tests that measured word and sentence reading fluency, pseudoword reading, AWM, reading comprehension, self‐concept and teacher ratings. We analysed the data via hierarchical regression analyses to predict reading comprehension and teacher judgements. The impact of reading fluency was strongest in second and third grade, afterwards superseded by sentence comprehension. AWM significantly contributed to reading comprehension independently of reading fluency, whereas basic decoding skills disappeared after considering fluency. Students' AWM and reading comprehension predicted teacher judgements on reading fluency. Reading comprehension judgements depended both on the students' self‐concept and reading comprehension. Our results underline that the role of word reading accuracy for reading comprehension quickly diminishes during elementary school and that teachers base their assessments mainly on the current reading comprehension skill.

Face-to-face working memory training does not enhance children’s reading comprehension - a pilot study with Danish children1

The argument that Working Memory (WM) is especially important for reading comprehension has been supported in previous research. The aim of this study was to test a non-computerized WM training method to improve children’s reading comprehension in a longitudinal design. 38 Danish children in 3rd and 4th grade (M = 112.9 months, SD = 7.90 months) were divided into a training group (N = 18) and a control group (N = 20). Assessments of sentence reading comprehension and WM were administered at pre- and post-test, half-year and one-year follow-up. Verbal WM and reading comprehension were not improved following training. Visuo-spatial WM improved at post-training, but the effect did not last into the one-year follow up. The role of WM in reading comprehension and the pedagogical implications for teaching are discussed.

Dictionary usage in teaching a mother tongue with reference to Sesotho

This study investigated the effectiveness of dictionary use in reading and writing Sesotho as a mother tongue. The study was prompted by the fact that some students believe that they do not need dictionaries in a mother tongue class and as a result, Sesotho dictionaries are not used in Lesotho schools. The aim of the study was to determine if there was any significant difference in the students’ performance when reading and writing with or without the assistance of a dictionary. The study employed a communicative-oriented approach. It compared the scores of dictionary users and non-dictionary users for reading comprehension and production of sentences. All 434 (Grade 11) of the participating high school students from the lowlands and the highlands areas of Lesotho were given the same test. The participants were tested on their capability to use the selected words in sentences and on their comprehension of the target words. One group in each of the locations used dictionaries, while the other group answered the questions without the use of dictionaries. Among the dictionary users, some made use of the Sesuto-English Dictionary, which is a bilingual dictionary, while others consulted Sethantšo sa Sesotho, a monolingual dictionary. The study reveals that dictionary usage in a mother tongue language class improved students’ performance significantly as compared to non-dictionary use.

Modeling the Relationships between Language Skills and Sentence Comprehension among Chinese Junior Elementary Graders

The present study examined the contributions of vocabulary knowledge, syntactic skills, and oral narrative skills to sentence reading comprehension among Chinese junior elementary school children. Various language and reading measures were administered to 85 Chinese normally-achieving children at Grades 2 and 3 in Hong Kong. Results showed that vocabulary knowledge and oral narrative skills contributed significantly to word order skills, an important syntactic skill in Chinese. Vocabulary knowledge contributed to word recognition directly and contributed to sentence comprehension indirectly through word recognition and syntactic skills; and syntactic skills contributed to sentence comprehension directly. These findings suggest that while vocabulary knowledge is important for Chinese word reading, syntactic word order plays a central role in Chinese sentence comprehension. The implications of these findings for our theoretical understanding of the Simple View of Reading, as well as reading instruction, will be discussed.

Minimal Overlap in Language Control Across Production And Comprehension: Evidence from Read-Aloud Versus Eye-Tracking Tasks.

Bilinguals are remarkable at language control-switching between languages only when they want. However, language control in production can involve switch costs. That is, switching to another language takes longer than staying in the same language. Moreover, bilinguals sometimes produce language intrusion errors, mistakenly producing words in an unintended language (e.g., Spanish-English bilinguals saying "pero" instead of "but"). Switch costs are also found in comprehension. For example, reading times are longer when bilinguals read sentences with language switches compared to sentences with no language switches. Given that both production and comprehension involve switch costs, some language-control mechanisms might be shared across modalities. To test this, we compared language switch costs found in eye-movement measures during silent sentence reading (comprehension) and intrusion errors produced when reading aloud switched words in mixed-language paragraphs (production). Bilinguals who made more intrusion errors during the read-aloud task did not show different switch cost patterns in most measures in the silent-reading task, except on skipping rates. We suggest that language switching is mostly controlled by separate, modality-specific processes in production and comprehension, although some points of overlap might indicate the role of domain general control and how it can influence individual differences in bilingual language control.

Accelerating reading acquisition and boosting comprehension with a cognitive science-based tablet training

Tablets and computers offer opportunities for learning, but their potential is only as great as the quality of the software they propose. Educational games must not only provide an engaging design, but also be based on principles from cognitive neuroscience and education research, and be evaluated in large-scale classroom tests. Here, we describe ELAN, an adaptive game that supports literacy acquisition through teaching and training phonics. It provides explicit systematic grapheme–phoneme correspondence instruction and reinforces full decoding through reading and spelling practice with 100% decodable text. The game also uses periodical lexical decision tasks to measure the transition from letter-by-letter decoding to fluent word recognition. The software was tested in a randomized control trial in 44 first-grade classrooms (n = 975 French children). Children who used ELAN software during the first term improved relative to two control groups, respectively, using math software or no-tablet “business-as-usual” classrooms. Improvements were significant in reading fluency (one-minute word and pseudo-word reading) and sentence reading comprehension, consistent with the idea that improved decoding can help the child focus on understanding. These results emphasize the importance of early, explicit and systematic phonics training, and provide a new software tool to facilitate it.