The link between text difficulty,reading speed and exploration of printed text during shared book reading

In the current study the reading speed of the narration and the difficulty of the text was manipulated and links were explored with children’s attention to the printed text in shared book reading. Thirty-nine children (24 grade 1 and 15 grade 2) were presented easy and difficult books at slow (syllable by syllable) or fast (adult reading speed) pace while their eye movements were monitored. Results revealed an interaction between speed and difficulty. For the easy and difficult books, children spent more time and made more fixations on the printed text when it was presented at slow speed than at fast speed. However, at fast speed, children spend more time and made more fixations on the text of the easy rather than the difficult books, but at slow speed no difference was observed. In addition, at slow speed positive correlations were observed between attention to print and letter knowledge and word reading skills. Results provide important information for the practice of shared book reading suggesting that to increase attention to print, speed should be reduced. Future research should investigate the role of reading speed on reading related outcomes such as discourse comprehension and children’s interest in reading activities.     

The Effect of Learner-Generated Drawing and Imagination in Comprehending a Science Text

The purpose of the study was to investigate the effects of imagination and learner-generated drawing on comprehension, reading time, cognitive load, and eye movements, and whether prior knowledge moderated the effects of these two strategies. Sixty-three undergraduate students participated in a pretest-posttest between-subjects study with the independent variable being the instructional strategies with three levels (learner-generated drawing vs. imagination vs. repeated reading). The results revealed that, compared to repeated reading, learner-generated drawing fostered learners' comprehension when their prior knowledge was relatively low. Moreover, when asked to read the science text after the intervention, learners who were previously engaged with imagination spent significantly more time reading the text, and fixated longer and more frequently than those in the repeated reading condition.     

Comprehending coherent and incoherent texts: evidence from eye movement patterns and recall performance

The effect of text structure on the reading process and recall performance was examined. Adult readers’ eye movements were monitored when they read coherently and incoherently structured texts (N=19). Incoherence was brought about by changing the sentence order in the middle paragraphs of the two stimulus texts. Each subject read and learned one text in a coherent and the other in an incoherent form in two experimental sessions. Immediate free recall followed the reading. The eye movement data showed that during the first pass reading, i.e. initial reading of a sentence until the end of the sentence is reached, structurally incoherent text segments attracted the largest number of regressive fixations, and, hence, were given more visual attention than coherent text segments (indicated by the total duration of fixations). On the other hand, more rereadings, i.e. all fixations made after the first pass reading but before moving away from the given sentence, were devoted to text segments resolving the incoherence. Textual incoherence was further found to lead to inferior recall. However, no clear-cut correspondence between eye movement behavior and quantitative recall performance was found.     

Impact of question-answering tasks on search processes and reading comprehension

This study examined the effect of (a) high- and low-level questions and (b) reading the text before the questions asked on performance, delayed text recall, and deep text comprehension, as well as on specific text-inspection patterns. Participants were 37 undergraduate students who answered either high- or low-level questions using the software Read&Answer to read and answer questions on the computer screen. Additionally, half of the sample read first a text and then answered the questions (reading-first condition), whereas the other half answered the questions without having read the text in advance (no-reading-first condition). All participants had the text available to search for the answer. Results indicated that high-level questions facilitated deep comprehension but not immediate performance or delayed recall of text, independently of the reading condition, and that high- and low-level questions differentially affected text-inspection patterns.     

The inattentive on-screen reading: Reading medium affects attention and reading comprehension under time pressure

This study explored the influence of reading media and reading time-frame on readers' on-task attention, metacognitive calibration, and reading comprehension. One hundred and forty undergraduates were allocated to one of four experimental conditions varying on the reading medium (in print vs. on screen) and on the reading time-frame (free vs. pressured time). Readers' mindwandering while reading, prediction of performance on a comprehension test, and their text comprehension were measured. In-print readers, but not on-screen readers, mindwandered less on the pressured than in the free time condition, indicating higher task adaptation in print. Accordingly, on-screen readers in the pressured condition comprehended less than the other three groups. Mindwandering and text comprehension were similar under free reading time regardless of medium. Lastly, there were no differences in readers’ metacognitive calibration. The results support the hypothesis of shallow information processing when reading on screen under time constraints.     

Role of visual attention in cognitive control of oculomotor readiness in students with reading disabilities

This study investigated eye movement and comprehension therapy in Grade 6 children with reading disabilities (RD). Both order of therapy and type of therapy were examined. Furthermore, the implications of visual attention in ameliorating reading disability are discussed. Thirty-one students with RD were identified using standardized reading comprehension tests. Eye movements were analyzed objectively using an infra-red recording device. Reading scores of participating children were 0.5 to 1 SD below the national mean. Testing took place before the start of therapy (T1) and was repeated after 12 weeks (T2) and 24 weeks (T3) of therapy. One group of students had eye movement therapy first, followed by comprehension therapy; in the other group, the order was reversed. Data were evaluated using a repeated measures MANOVA and post hoc tests. At T1, mean reading grade was 2 years below grade level, and eye movement scores were at about Grade 2 level. Mean growth in reading comprehension for the total sample was 2.6 years (p < .01) at T3; equally significant improvement was measured in eye movements (p < .01). Learning rate in reading comprehension improved from 60% (T1) to 400% (T3). Although within-group differences were statistically significant, between-group differences were not significant for comprehension or eye movements. Order of therapy (comprehension first or eye movements first) was not significant. Improvements in within-group scores for comprehension and eye movements were consistently significant at T2 and T3. Eye movement therapy improved eye movements and also resulted in significant gains in reading comprehension. Comprehension therapy likewise produced improvement both in eye movement efficiency and in reading comprehension. The results support the notion of a cognitive link among visual attention, oculomotor readiness, and reading comprehension.     

Eye-movement modeling of integrative reading of an illustrated text: Effects on processing and learning

Integrative processing of verbal and graphical information is crucial when students read an illustrated text to learn from it. This study examines the potential of a novel approach to support the processing of text and graphics. We used eye movement modeling example (EMME) in the school context to model students' integrative processes of verbal and pictorial information by replaying a model's gazes while reading an illustrated text on a topic different from that of the learning episode. Forty-two 7th graders were randomly assigned to an experimental (EMME) or a control condition (No-EMME) and were asked to read an illustrated science text about the food chain. Online measures of text processing and offline measures of reading outcomes were used. Eye-movement indices indicated that students in the EMME condition showed more integrative processing than students in the No-EMME condition. They also performed better than the latter in the verbal and graphical recall, and in the transfer task. Finally, the relationship between the duration of reprocessing the graphical segments while rereading the correspondent verbal segments and transfer performance was stronger in the EMME condition, after controlling for the individual differences of prior knowledge, reading comprehension, and achievement in science. Overall, the findings suggest the potential of eye-tracking methodology as an instruction tool.     

The effects of reading speed and reading patterns on the understanding of text read from screen

With increasing use of the World Wide Web, rapid scanning or skimming of material on screen has become a frequent activity. However, the outcome of this method of reading has not been thoroughly investigated. Using a range of question types, comprehension was measured after reading from screen at both a normal and fast reading speed. In addition, by automatically recording how readers scrolled through each document, reading patterns were explored. A speed‐accuracy trade‐off was found and, in general, the recall of specific details was less accurate than responses to ‘higher order’ questions. However, questions that addressed the structure of the text were hardest. Analysis of the scrolling movements showed that the overall time spent pausing between movements was the best predictor of comprehension. At a normal reading speed, the most effective readers, in terms of higher comprehension scores, were those who spent more time between scrolling movements, which were fast and frequent.     

The role of two reading strategies in text comprehension: An eye fixation study in primary school children

This study examined whether 10–12‐year‐old children use two reading strategies to aid their text comprehension: (1) distinguishing between important and unimportant words; and (2) resolving anaphoric references. Of interest was the question to what extent use of these reading strategies was predictive of reading comprehension skill over and above decoding skill and vocabulary. Reading strategy use was examined by the recording of eye fixations on specific target words. In contrast to less successful comprehenders, more successful comprehenders invested more processing time in important than in unimportant words. On the other hand, they needed less time to determine the antecedent of an anaphor. The results suggest that more successful comprehenders build a more effective mental model of the text than less successful comprehenders in at least two ways. First, they allocate more attention to the incorporation of goal‐relevant than goal‐irrelevant information into the model. Second, they ascertain that the text model is coherent and richly connected.     

Effects of text-belief consistency and reading task on the strategic validation of multiple texts

In the comprehension of multiple controversial scientific texts, readers with strong prior beliefs tend to construct a one-sided mental representation that is biased towards belief-consistent information. In the present study, we examined whether an argument in contrast to a summary task instruction can increase the resource allocation to and strategic validation of belief-inconsistent information which should be positively related to comprehension. Undergraduate students read one belief-consistent and one belief-inconsistent text about a controversial scientific issue either with an argument or a summary task instruction. The use of strategic validation and memorization strategies was assessed with think-aloud protocols, and a verification task was used to investigate comprehension outcomes. As predicted, readers following a summary task read belief-consistent information longer and used more memorization strategies for such information. Readers following an argument task spent similar time reading both text types and used more validation strategies when reading the belief-inconsistent text. In addition, the use of strategic validation during reading the belief-inconsistent text improved comprehension for this text type but hindered the comprehension of the belief-consistent text.     

How Individual Differences Interact With Task Demands in Text Processing

Reading is affected by both situational requirements and one’s cognitive skills. The current study investigated how individual differences interacted with task requirements to determine reading behavior and outcome. We recorded the eye movements of college students, who differed in reading efficiency, while they completed a multiple-choice (MC) comprehension test in two within-subject conditions: one in which they read passages and answered MC questions as in a typical reading test and one in which they wrote a summary before answering the MC questions. We found students spent longer time reading the text in the summary-writing condition, resulting in a benefit in the time they spent when answering MC questions. This time benefit was larger for students who had relatively low reading efficiency. These results demonstrated that both task requirements and individual differences can interact to affect reading behavior and performance. Implications for reading practice and assessment are discussed.     

The impact of reading material’s lexical accessibility on text fading effects in children’s reading performance

The acceleration phenomenon (AP) is defined by improvements in reading speed and reading comprehension, induced by an artificial text fading procedure corresponding to the previously determined fastest individual reading rate. Recent results, however, indicated that fading that is slower than the self-paced reading rate can produce comparable reading enhancements. As reading performance can be strongly influenced by the reading material, this study aimed at investigating to which extent reading enhancements induced by text fading depend on the reading material’s characteristics. We confronted 39 German third graders with a previously utilized text fading procedure, which was slower than their self-paced reading rate. Included text varied regarding to the lexical accessibility (LA), representing how well information can be accessed from the mental lexicon. Children’s reading rates increased statistically significant due to text fading for all LA levels. However, reading comprehension was sensitive to the text material’s characteristics: Reading comprehension enhancements were observable for easily accessible reading material, but not for material with intermediate or difficult levels of LA. Material that was difficult to retrieve from the mental lexicon even resulted in reduced reading comprehension in the fading condition. Possible influences on immediate lexical access, the impact of working memory capacity and implications for future AP research are discussed.     

Effects of different text display types on reading comprehension,sustained attention and cognitive load in mobile reading contexts

Despite the popularity of mobile reading devices, many studies have indicated that small screens restrict information transmission, adversely affecting reading performance on mobile devices. Moreover, mobile reading typically occurs in different reading contexts. Therefore, suitable text display type for mobile reading in different reading contexts should be considered, such that learners can effectively read content. This work selected the frequently used static and dynamic text display types (i.e. Paging and Auto-scrolling) and assessed their effects on mobile reading performance. Furthermore, the features of static and dynamic text display types were considered when designing a mixed text display type for mobile reading. Based on brainwave detector, reading-comprehension test sheet, and cognitive-load scale, this work designed a mobile reading experiment with a two-factor experimental design to assess the effects of the selected static, dynamic, and designed text display types, which were respectively presented in sitting, standing, and walking contexts, on reading comprehension, sustained attention, and cognitive load of learners. Experimental results show that sitting obtained the highest sustained attention and the mixed text garnered lowest sustained attention. Moreover, although analytical results show that no significant difference existed in overall reading comprehension with each text type presented with the mobile reading contexts, reading comprehension (i.e. memory, comprehension, and application types) was significantly affected by the reading context, and to some degree, the text display type. This work also found that the text display type is a major factor affecting learners' cognitive load; however, learners' cognitive load is not be affected by the considered reading contexts. Among the three text display types, the mixed type generates the highest cognitive load, followed by the dynamic type, and then the static type. In conclusion, the three reading contexts with the three text display types have both advantages and disadvantages for reading comprehension, sustained attention, and cognitive load. As a result, text display type for mobile reading on small screens should be adjusted according to reading context or to improve reading comprehension, attention, or cognitive load.     

The effect of inter-letter spacing on reading performance and eye movements in typically reading and dyslexic children

Recent studies have suggested that an increase of inter-letter spacing may improve reading performance of dyslexic readers by reducing visual crowding. However, these results have been difficult to replicate.This study directly compares reading accuracy and comprehension, as well as reading speed, and number and duration of fixations of 38 dyslexic and 32 typically reading children (10–14 years old) in regular, spaced (+2,5 pt), and condensed (−1,5 pt) conditions using a natural sentence-reading paradigm.Inter-letter spacing did not affect reading accuracy, comprehension, or speed. The lack of effects of inter-letter spacing was observed in both dyslexic and typical readers. Inter-letter spacing did not impact the number of fixations, but increased inter-letter spacing led to shorter fixations in dyslexic children. Decreased inter-letter spacing resulted in longer fixations in both groups.These results do not support the claim that dyslexics are more influenced by crowding than age-matched controls.     

Improving advanced reading comprehension in a foreign language: summaries vs. short-answer questions

Summarizing appears to be an activity well suited to sensitizing advanced foreign language readers to the inner workings of a text and weaning them away from word-to-word decoding. Indeed, recent research has emphasized the importance of summarizing as an aid to reading comprehension (Cohen, 1987; Bernhardt, 1986; Brown et al., 1981). We were interested in using summary writing as a tool in promoting reading comprehension and hypothesized that students who gained practice in extracting the main points of a text would become more effective readers. The main purpose of the study was to determine whether the comprehension of students who were trained to summarize improved more than that of students who responded to short-answer questions. The researchers, who teach EFL (English as a foreign language) at Haifa University, taught 6 classes totalling 179 students. Three classes summarized 10 academic texts of general interest, while the other three classes answered short-answer questions on the same texts. At the same time we collected information on the students’ background in order to identify possible non-linguistic factors that may affect reading comprehension. Since the reading comprehension of all the classes improved significantly, it was not possible to say that either summarizing or the answering of questions was a major cause of this improvement. However, results suggest that writing summaries helped students read more efficiently. Results of MANOVA pointed to the conjoint effects of three factors: task (summary vs. short-answer questions), gender (male vs. female), and native language (Hebrew vs. Arabic). Perhaps the most interesting finding is that classroom discussion in which students negotiated the scoring key of both summaries and responses to short-answer questions (after handing in assignments) proved to be extremely valuable. This negotiation motivated students to become intensely involved with the text and more critical of their own responses.     

初中聋生篇章阅读的眼动特征:教师作为研究者

研究3名初中聋生的眼动数据发现:在一般的教学环境中,聋生能有规律地逐行阅读教室投影屏幕上的篇章文本,平均阅读速度255字/分钟,每次注视1.53个字符,每个注视点持续0.36秒,注视频率2.83次/秒;语文学习成绩与聋生的篇章阅读情况存在关联,优秀生比待进生的阅读速度快、注视点总数少、注视点平均持续时间短、注视频率高、阅读理解情况好.     

Does reading medium affect processing and integration of textual and pictorial information? A multimedia eye-tracking study

This study investigated effects of reading medium (print vs. digital) on integrative processing and integrated understanding of an illustrated text on human sexuality, as well as whether reading medium indirectly affected integrated understanding via integrative processing. Participants were 100 undergraduate and graduate students in educational sciences. Integrative processing was indicated by participants’ gaze transitions between complementary textual and pictorial parts of the document during reading, and integrated understanding was indicated by participants’ integration of textual and pictorial information in post-reading written responses. Results showed that participants who read the illustrated text on paper displayed more integrative processing during reading than did participants who read exactly the same text on a computer. In turn, integrative processing positively affected comprehension performance, resulting in a mediated effect of reading medium on comprehension via integrative processing. There was no main effect of reading medium on integrated understanding, however. Also, prompting participants to pay attention to both text and illustration as well as their relationship did not have any main effects on integrative processing or integrated understanding; nor were there any interaction effects of reading medium with instructional prompt on integrative processing or integrated understanding. These results are discussed in terms of the insights they offer into reading medium effects on processing and comprehension, as well as in terms of the directions they suggest for future research in this area.     

Redundancy in foreign language reading comprehension instruction: Concurrent written and spoken presentations

In an example of the redundancy effect, learning is inhibited when written and spoken text containing the same information is presented simultaneously rather than in written or spoken form alone. The current research was designed to investigate whether the redundancy effect applied to reading comprehension in English as a foreign language (EFL) by comparing two instructional formats, written presentation only and written presentation concurrent with verbatim spoken presentation. Participants were in their first year of tertiary education. Examination of translation scores, subjective mental load ratings, and free recall performance indicated that simultaneous presentations rendered text comprehension less effective both at a lexical level and at the level of text comprehension compared with written presentation only.     

The impact of media multitasking on learning

While multitasking is not a new concept, it has received increasing attention in recent years with the development of new media and technologies. Recent trends appear to suggest that multitasking is on the rise among the younger generation. The purpose of the study is to determine if students obtain more or less information in multitasking conditions. We examined the relationships of multitasking to attention, cognitive load and media with 130 college student participants. In this study, participants were given a timed (16 minutes) reading comprehension test in three conditions: Silence (only reading), Background multitasking (reading with a non-tested video shown simultaneously), and Test multitasking (reading with a tested video shown simultaneously) conditions. Our findings indicated that: (1) participants in the Background condition performed as well as those in the Silence condition, and (2) when participants were tested on their video comprehension, the group in the Test condition performed significantly better than the group in the Background condition. The results of this study suggest that cognitive load plays an important role in determining how much information is retained when students perform more than one task at a time.