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The aim of the study is to examine how lesson study activities affect primary school preservice teachers' noticing of students' misconceptions. A qualitative research approach was adopted and action research method was used. The study was conducted with 9 primary school preservice teachers. The data were obtained from the observation form, video recordings, reflection reports and field notes in order to reveal how the lesson study model affected the noticing development of preservice teachers. In addition to these, the "video exam" at the end of the Teaching Practicum-II course also constituted one of the data collection tools. Descriptive analysis was used in the study. The data obtained were analyzed by adapting the theoretical framework of "Levels of Noticing of Students' Mathematical Thinking" developed by van Es (2011) as "Levels of Noticing of Students' Misconceptions" in order to reveal preservice teachers' noticing of students' mathematical thinking. As a result of the research, it was concluded that noticing skills of the lesson study group preservice teachers were mostly at the level of reasoning and justifying their reasons (level 3) and offering alternative pedagogical solution suggestions based on comments (level 4). It was concluded that the noticing skills of the comparison group preservice teachers were mostly descriptive (level 1) and at the level of identifying important events but being insufficient to expand their interpretations (level 2).

This study aims to investigate the most prevalent and unacceptable classroom behavioral issues among public secondary school students in the Islamabad Capital Territory (ICT). Moreover, the study identified the reasons for these problem behaviors and ways to address these behaviors. The sample of the study was twenty-three (23) teachers (Female: 14 & Male: 09) having minimum sixteen years of education along with professional qualification. Teachers have wide experience of teaching ranging from 10-32 years and teach students aged between thirteen to fifteen years. In this qualitative research data was collected through semi-structured individualized interviews after getting consent from the Federal Directorate of Education and from study participants. Through thematic analysis, the main themes emerged were "lack of attention, creating a disturbance in the class, disobedience, and display of aggressive behaviors." The key causes of classroom problem behaviors were "parenting style, teachers' attitude/teaching strategies, society, home environment, and social media." Moreover, teachers also think that "lack of counseling" and "character building" along with "outdated teaching strategies and a boring classroom environment" were causes behavioral problems in the class. Teachers should incorporate student-centered teaching with engaging techniques, parents should pay attention in developing good relationship with children at home. Moreover, counseling facilities about psychological issues of teenage students' needs to be provided at school level. The limited yet empirical data can form a logical foundation for management to create a policy document addressing these issues in schools, offering guidance for parents and teachers to tackle student challenges effectively. [Note: The page range (107-128) shown on the PDF is incorrect. The correct page range is 107-129.]

The preschool period is recognized as a crucial phase for fostering the social development of children. Self-regulation during the developmental period contributes to management skills in social contexts and thus helps establish positive standards of behavior for peer relationships. Effective interventions can improve self-regulation skills. The main purpose of this study is to detect the predictive impact of self-regulation skills on peer relationships in preschool children. The participants consisted of 165 children of Turkish extraction (between the ages of 5 and 6). 81 of them were girls, and 84 were boys. The Self-Regulation Skills Scale for Children aged 4-6 (Teacher Form) and the sociometry technique based on peer nomination were utilized. The study results asserted that young children's self-regulation variables (inhibitory control, attention, and working memory) influenced their levels of being positively and significantly liked by peers. Moreover, young children's self-regulation variables (inhibitory control, attention, and working memory) affected their levels of being negatively and significantly disliked by peers. Also, inhibitory control, attention, and working memory significantly predicted the levels of social preference.

This study examines the perceptions of listening comprehension difficulties among English preservice teachers at a university in Thailand. Survey-based research was conducted using a questionnaire designed by Ahkam Hasan Assaf. The questionnaire consisted of 45 close-ended questions on a five-point Likert scale. Out of 98 English preservice teachers selected through simple random sampling, 63 respondents completed an online questionnaire. Data were analyzed using descriptive statistics. The results indicated that the greatest difficulties were associated with the physical setting (M=3.84) as the most challenging, followed by content of spoken text (M=3.77), the speaker (M=3.72), failure to concentrate (M=3.51), difficulties related to the listener (M=3.49), and linguistic features (M=3.45). Rated as moderate, the importance of listening skill (M=3.05) was rated the least. The study reveals how individual learner differences impact listening comprehension and trigger the need for effective educational approaches, such as diagnostic assessments to identify specific listening challenges faced by students, allowing for customized listening exercises. Additionally, curriculum designers can incorporate diverse and comprehensive listening components to directly target these difficulties. This also emphasizes the need for enhanced teacher training programs that focus on pedagogical strategies, including adaptive teaching methods and effective use of technology, to improve the engagement and effectiveness of listening lessons.

Teacher professional vision as a concept is gaining importance in research on teaching, and recently models for studying teacher professional vision and student self-regulated learning (SRL) have been proposed. There are interview and video intervention studies investigating teacher professional vision for SRL, but no real-life classroom research so far. This study investigated the role of student SRL behaviour, as it was reported by students themselves and teachers, in teacher attention distribution as part of teacher professional vision. Ten teachers and their 158 students at high school level in Lithuania took part in the research. The first step of the study resulted in identifying four student SRL-profiles, which differed based on student level of SRL and the extent to which teacher and student assessments coincided: mixed lower-regulated, mixed higher-regulated, systematic lower-regulated, systematic higher-regulated. The profiles demonstrated only a partial overlap in teacher and student judgement of student SRL. The second step of the study explored whether scores of students' SRL from student and teacher reports were related to teachers' distribution of visual attention in one lesson. The results showed that only one teacher rating scale of student information-seeking behaviour had a slight correlation with teacher attention. The results imply rather bottom-up trends in teacher attention to students in the classroom when it comes to SRL. Besides, the study results highlight the not directly observable nature of SRL processes and imply a difficulty for teachers to assess student SRL.

This research, which aims to determine the regulatory role of mindfulness in the relationship between creative thinking and reflective thinking, is a mixed method research in which quantitative and qualitative research methods are used together. The research was designed in a mixed-method convergent parallel design. The quantitative part was conducted with a descriptive survey model and the qualitative part was conducted with a case study design. The quantitative sample of the research was selected by cluster and simple random sampling method from classroom teachers working in the central districts of Konya province. The qualitative sample was selected from teachers who had at least one study on creative, reflective thinking, and mindfulness; had completed postgraduate education, and had ten years or more of professional seniority with the criterion sampling method from the teachers in the quantitative sample. In the quantitative part of the study, "creative thinking, reflective thinking, and mindfulness" measurement tools were used after obtaining the necessary permissions. Confirmatory factor analysis and reliability analysis were performed separately for these measurement tools. In the qualitative part of the study, interviews were conducted with a semi-structured interview form. When the quantitative and qualitative findings of the study were evaluated together, it was concluded that mindfulness has a regulatory role in the relationship between creative thinking and reflective thinking.

This study examined the ways in which an equity analytics tool -- the SEET system -- supported middle school science teachers' reflections on the experiences of diverse students in their classrooms. The tool provides teachers with "equity visualizations" -- disaggregated classroom data by gender and race/ethnicity -- designed to support teachers to notice and reflect on inequitable patterns in student participation in classroom knowledge-building activities, as well as "whole class visualizations" that enable teachers to look at participation patterns. The visualizations were based on survey data collected from students reflecting on the day's lessons, responding to questions aligned with three theoretical constructs indicative of equitable participation in science classrooms: coherence, relevance, and contribution. The study involved 42 teachers, divided into two cohorts, participating in a two-month professional learning series. Diary studies and semi-structured interviews were used to probe teachers' perceptions of the visualizations' usability, usefulness, and utility for supporting their reflections on student experiences and instructional practices. A key result is that only the "equity visualizations" prompted teacher reflections on diverse student experiences. However, despite the support equity visualizations provided for this core task, the teachers consistently ranked the whole class visualizations as more usable and useful.

This qualitative research aimed to explore high school students' opinions on the effectiveness of using the mind map method asa note-taking, thinking, and learning tool. The study involved 80 students from 9th, 11th, and 12th grades who were introducedto the mind map method and asked to apply it in their lessons. The results showed that the majority of the students believed that the use of the mind map method supports permanent learning, extends attention and focus time, helps to focus faster and learn easily, is entertaining, enjoyable, and motivational, saves time, and improves creativity. However, a few students pointed out that the use of shapes and painting require effort and time. These findings are consistent with previous studies and suggest that the mind map method can be an effective learning tool for high school students. The study recommends adding the mind map method to the guidance framework program and curriculum textbooks, as well as training teachers, especially guidance teachers, to enhance the students' permanent learning, attention and focus time, faster focusing and easy learning, fun, enjoyable, and increased motivation, saving time, making it easier to remember by choosing keywords, and improving creativity. Overall, this study highlights the potential benefits of using the mind map method in education and offers suggestions for its implementation to support students' learning.

This study identifies women college engineering students' perception of online Science, technology, engineering, and mathematics (STEM) learning and factors that influence their learning motivation during the COVID-19 period. By conducting interviews with ten women engineering students and applying attention, relevance, confidence, and satisfaction (ARCS) model, this study aims to answer two questions: (1) How did women college engineering students perceive their experience with online STEM learning during the pandemic? (2) What category/categories based on ARCS motivational design model primarily account for women college engineering students' learning motivation with online STEM learning during the pandemic? The results show that the online learning format influenced women college engineering students' perception regarding their academic plans, learning styles, learning environments, peer learning, and learning satisfaction. The most influential categories from ARCS model were 'confidence' and 'attention'. Findings suggest that the online STEM learning format influenced women college engineering students' learning motivation. The online format led to (1) low expectations for attention category when analyzed using ARCS model, (2) anticipation of more self-control, and (3) a desire for more peer interactions in their online STEM learning. As students would have new expectations for the role of online learning due to their experience during the pandemic, assessing women students' emerging motivational needs for STEM online learning is critical in developing a more inclusive instructional system design process in the future.

Peer assessment encourages students to engage actively in the learning process. Based on a descriptive case study, this research aims to depict students' perspectives on using technology-mediated peer assessment (TEMPA) in the context of the English for Academic Purposes (EAP) course. The results showed the level of the students' attention, relevance, confidence, and satisfaction using TEMPA. Further, TEMPA provided adequate motivational stimulation to EAP students. In addition, we propose that students engage in peer assessment activities to acquire lifelong skills in assessing and delivering feedback to others and in self-assessing and enhancing their own work.

This explanatory sequential mixed-methods study explored the role of cognitive and noncognitive constructs, namely volitional competence, grit and metacognitive awareness in the academic achievement among online higher education learners in the Philippines. The first phase of the study involved the administration of the survey to 403 learners. Data from individual interviews and focus-group discussions were used in the second phase to illuminate further the initial quantitative results. The findings show that volitional competence, grit, and metacognitive awareness are significant predictors of academic achievement of online learners based on the generated regression model [F (3,313) = 8.4, p < 0.001, R[superscript 2] = 0.475]. Also, both the quantitative and qualitative data reveal areas for improvement such as learners' lack of confidence to succeed in their academic tasks online and uncontrollable distractions at home for volitional competence, sustaining their interest and focus for grit, and awareness about what constitutes relevant knowledge with respect to certain tasks, assessment of their thinking, and simplification of complex tasks to manageable forms for metacognitive awareness. Implications of these findings necessitate schools to streamline their curricula, revisit learning activities provided to online learners, and form a stronger linkage between parents and teachers to empower online learners and improve their academic achievement.

Following efforts to promote internationalization at academic institutions, the use of multiple languages on educational slides (e.g., PowerPoint) has gradually increased. Multilingualism in learning has its advantages, but having multiple languages on educational slides can lead to crowding and cognitive overload. To investigate how students perceive multilingual slides, evaluations were gathered from Japanese (N = 20) and Indonesian students (N = 20) during an eye-tracking experiment in which their visual attention distribution on the slides was assessed. The slides contained text in three languages (English, Japanese, and Bahasa Indonesia) and were varied according to their layout. One group watched slides with text separated in blocks, with one text block for each language, while the other group watched slides consisting of a single, mixed block with each sentence describing the same information in a different language. The students' evaluations showed that slides with a mixed layout were judged as more crowded and required more processing effort than slides with a separated-block layout. Furthermore, while the students dwelled their gaze significantly longer on text in their native language (either Bahasa Indonesia or Japanese) on separated-block slides, for slides with a mixed layout, the gaze patterns did not significantly differ between languages. The results of a comprehension quiz taken after the slide presentation, however, showed that students performed better after having watched the slides with the mixed layout. Thus, although judged as more crowded and requiring a wider attention distribution, slides with a mixed layout may be preferable in multilingual education.

The pressing issue of climate change demands an informed future generation, yet how aware are students? This study dives into the varying levels of climate change awareness among 1,079 Korean and 2,507 Indonesian primary school students using a sophisticated survey tool developed by Lee et al. (2021). Surprisingly, while both groups exhibited high levels of awareness, significant cross-cultural differences were uncovered. Indonesian students demonstrated higher levels of action, concern, belief, attention, and policy. This stands in stark contrast to Korean students, who, despite having a higher understanding of causes and effects, showed lower levels of belief and attention to the issue. These findings not only challenge us to rethink our educational strategies but also underscore the critical role of cultural contexts in shaping environmental awareness. This comparative analysis reveals startling insights into the complexities of educating the next generation about climate change, setting the stage for urgent educational reforms.

Mental health conditions such as anxiety, depression, aggression, and inattention are common in autistic youth and are challenging to treat by community providers. We aim to parse the heterogeneity of autism based on dimensions of executive function and determine whether specific executive function profiles are differentially related to psychiatric symptoms. Parents of 397 well-characterized 8-14-year-old autistic children without an intellectual disability reported on their child's executive function skills and psychiatric symptoms. We applied a data-driven, graph theory-based, community-detection approach to a common executive function measure, revealing three distinct executive function profile subgroups. Despite having similar social challenges, the executive function subgroups differed on anxiety, aggression, affect, and inattention symptoms. Results support the need for more intensive subtyping with autistic youth to develop appropriate, individualized mental health treatments and supports. Characterizing youth through neurocognitive strengths and challenges can guide the development of precision medicine, allowing for more meaningful, specialized treatment.

Symbolic numeracy first emerges as children learn the meanings of number words and how to use them to precisely count sets of objects. This development starts before children enter school and forms a foundation for lifelong mathematics achievement. Despite its importance, exactly how children acquire this basic knowledge is unclear. Here we test competing theories of early number learning by measuring event-related brain potentials during a novel number word-quantity comparison task in 3-4-year-old preschool children (N = 128). We find several qualitative differences in neural processing of number by conceptual stage of development. Specifically, we find differences in early attention-related parietal electrophysiology (N1), suggesting that less conceptually advanced children process arrays as individual objects and more advanced children distribute attention over the entire set. Subsequently, we find that only more conceptually advanced children show later-going frontal (N2) sensitivity to the numerical-distance relationship between the number word and visual quantity. The nature of this response suggested that exact rather than approximate numerical meanings were being associated with number words over frontal sites. No evidence of numerical distance effects was observed over posterior scalp sites. Together these results suggest that children may engage parallel individuation of objects to learn the meanings of the first few number words, but, ultimately, create new exact cardinal value representations for number words that cannot be defined in terms of core, nonverbal number systems. More broadly, these results document an interaction between attentional and general cognitive mechanisms in cognitive development.

When observing other people during naturally paced and dynamic interactions, it is essential to look at specific locations at the right time to extract a maximum of socially informative content. In this study, we aimed to investigate the looking behavior of typically developing toddlers and toddlers later diagnosed with autism when observing other children interact. The sample consisted of 98 toddlers; 22 in a low-likelihood of autism group, 60 in an elevated likelihood of autism group who did not receive a subsequent diagnosis, and 16 in an elevated likelihood group who did receive an autism diagnosis. Participants performed an eye tracking task at 18 months of age and were assessed for diagnostic outcome at 36 months. The video stimuli consisted of two children interacting, where a boy reaches out for a toy and a girl refuses to give it to him. The low likelihood group showed an expected increase in ratio of looking at the girl's face after the boy requested the toy, as compared to before (t(21) = -3.337, p = 0.003). Toddlers with later autism showed a significantly lower ratio of looking at the girl's face during this time window, as compared to the other groups (F(2,91) = 3.698, p = 0.029). These findings provide new leads on how social gaze may be different in children with autism in everyday life (e.g., kindergarten), and highlight the need of studying the dynamics of gaze on short time scales.

By using information technology, science learning can be widely disseminated, including, for example, to rural schools. However, the implementation of inquiry-based science learning with action-to-ground science concepts for rural learners needs to be explored. To address this purpose, the present study adopted "live stream" technology with a science inquiry model for rural students to learn four science concepts. Using different science knowledge representations, the predict-do/observe-quiz/discuss-explain-transform (P-D/O-Q/D-E-T) inquiry model was designed to be implemented via live streaming with local teachers' facilitation. Drawing on the cognitive-affective theory of multimedia learning and triadic reciprocal determinism, the present study focused on exploring how the live-streaming presence and external cognitive load can predict participants' flow and learning performance. A total of 45 participants completed the questionnaire, pre-test, and post-test, and structural equation modeling was adopted to test the hypotheses of this study. The results showed that live-streaming presence could positively predict flow, but external cognitive load can negatively predict flow, while flow can positively predict learning performance. This live-streaming method uses inexpensive and affordable educational technology that can be implemented at any rural elementary school to enable rural students to learn science remotely.

Background: Methods are needed to incentivize student attention to class material. Objective: The purpose of this study was to examine the effects of in-class quizzing to incentivize student attention to class material to boost exam performance. Method: A randomized, alternating treatments design embedded in an introductory psychology class compared learning benefits of two types of quiz-based engagement activities, mastery quizzes, and concepts checks, as compared to a no-engagement activity control. Results: Students performed significantly better on exam content linked to classes with quiz-based engagement activities. Learning benefits of engagement activities extended across levels of cognitive complexity indexed to Bloom levels, although were stronger for low-level items. The effects of engagement activities were also stronger for content directly discussed in class. There were no significant differences in learning outcomes between the two engagement activities. Conclusion: Students performed better on exam content linked to class sessions with quiz-based engagement activities that incentivized attention to class material compared to those that did not. Teaching Implications: Using in-class quizzes as attentional cues offers instructors a means of incentivizing student attention to class material with minimal disruption of class time and lecture flow, while also improving exam scores.

This study explored the impact of interactive e-books on the viewing behaviors of children in science demonstrations at museums. To conduct this study, an interactive e-book on a pendulum experiment was developed and integrated into a physical science demonstration at a museum. Two scientific demonstrations were conducted in this study. The first demonstration was conducted using the conventional science demonstration method, without integrating the interactive e-book into the demonstration. The second was a science demonstration with an integrated interactive e-book. The study analyzed and compared the children's learning motivation, viewing behaviors, and knowledge gained in both demonstrations. The results showed that the different science demonstrations did not significantly affect the children's current knowledge gain or learning motivation. However, the sequence analysis revealed that in the conventional science demonstration without the interactive e-book, children were more engaged in observing the science demonstration, experiment, and instrument operation and interacting with neighboring viewers. In contrast, in the science demonstration with the integration of the interactive e-book, children had more physical involvement, including pointing at the answers in the e-book, swinging their arms with the pendulum animation, and nodding when confused about the expected results. In addition, the children who joined the demonstration with the interactive e-book made more attempts to learn about procedural knowledge. These results demonstrated that both learning modes have similar learning effects on children, indicating the feasibility of the two learning modes. Furthermore, the results revealed that children's needs might differ when engaged in different modes of science demonstrations; for example, conventional modes need more support from companions, whereas e-book modes need more children's physical participation.

With teachers continuing to report challenges in classroom management and difficulties in implementing scientific inquiry, the current manner in which science practical work is conducted in schools suggests the need for added teacher support. In this regard, we can leverage computer vision to provide instructional support by relieving teachers of the need to carry out mundane observations and perform basic interpretations of student activity. However, to our knowledge, little is known about the noticing practices of teachers during practical work, and the support preferences of such a computer vision system have not been studied before. To this end, we recruited 17 science educators with different teaching expertise for a qualitative investigation into the noticing practices and support preferences of science teachers. Results revealed seven major categories and 36 minor categories of student activity that teachers typically observe, which enabled us to derive observation routines that can emulate quality teacher noticing for computer vision input. Our obtained list of observation categories represents a first-of-its-kind list which takes into account concrete noticing practices of science teachers and remains applicable across all types of practical tasks. From participants' ranking of computer vision models, we further understood the type of computer vision output that teachers prefer for instructional support. To our best of knowledge, no prior research has examined the connection between teacher noticing and computer vision in such detail. Using these findings, we can then pursue the development of computer vision for instructional support in science practical work in an informed manner, taking into account the realities of science laboratories and proclivities of science teachers.

Multisensory environments rich in modal integration provide cues from various sensory modalities including visually, auditorily, and tactilely. Such modal integration plays a crucial role in cognitive processing, specifically in fostering creativity. Numerous studies highlight that emotional coherence through cross-modal affective integration enhances cognitive competencies such as memory, attention, and the capacity to generate original, fluent ideas. Nonetheless, current research lacks comparative studies pinpointing how different sensory modalities impact individual creativity. We addressed this research void by employing a cross-model matching paradigm, anchored on the concept of emotional coherence. Our investigation evaluated the impact of varying emotional stimuli (both positive and negative) on creativity performance, considering single sensory modalities (visual and auditory), as well as their cross. Our study participants were 119 Chinese university students who completed a creative task under varying emotional stimulation modality conditions. We observed that the bimodal audiovisual integration of positive emotional stimuli most effectively enhanced creativity as compared to solely auditory modality. The visual modality seemed the least effective, underscoring the impact of multichannel integration. Interestingly, the bimodal audiovisual integration of negative emotional stimuli significantly boosted originality, albeit with little difference in fluency relative to the auditory modality. Based on the theoretical significance of multimodal emotional integration, our interpretation of these findings suggests that audiovisual cross-modal emotional integration, with its rich emotional information, serves as a catalyst for enhancing originality. However, we observed that the facilitative effect on overall creativity and fluency is primarily observed in the context of positive emotions. It is important to note that we carefully controlled for participants' creative personality factors and conducted three types of emotional evaluations across modalities to ensure the validity of our results. Furthermore, the impact of cross-modal audiovisual emotional integration on creativity, both in terms of originality and fluency, is influenced by the distinct emotional perceptual characteristics inherent to each modality.

Instructors' attention to students is vital for teaching. However, instructors' level of attention to students, which has the potential to influence students' learning across different lecture types, has yet to be fully explored. The aim of this study was to examine the impacts of the instructor's attention to students and lecture type on students' learning performance and perceptions. This study used a 3 x 2 (instructor's attention: high vs. medium vs. low; lecture type: video lecture vs. traditional lecture) between-subjects design. Traditional lectures were conducted in the classroom by the instructor, whereas video lectures involved playing pre-recorded videos of the instructor. Each type of lecture contained three levels of the instructor's attention. A total sample of 285 primary school students was randomly assigned to one of six classrooms to view a lecture. A posttest was administered to measure learning performance, while post-lecture questionnaires were used to assess perceptions, including learning experience, learning satisfaction, and affects. ANOVAs were used to analyze the data. Results showed that the instructor's attention had effects on students' learning performance and perceptions regardless of lecture type. Specifically, the instructor's high attention enhanced students' learning performance. Furthermore, the instructor's medium attention promoted students' learning experience, learning satisfaction, and positive affect, while the instructor's low attention restrained it. Our results highlight the fact that an instructor's visual attention influences students' learning performance and perceptions in video lectures and traditional lectures. The study recommends that instructors should strategically allocate their attention to optimize students' learning.

The use of digital media among student community has increased their level of distraction during classroom teaching. Capturing their attention in classrooms, has become a cumbersome task for teaching faculty. Therefore, most of the academic institutions have resorted to the use of activity-based learning for science and engineering students that were originally used for teaching school students. This paper presents a comparative study on the effectiveness of different teaching learning methods applied to three groups of engineering students in Computer Science and Bio-Technology, evaluated by conducting tests and feedbacks. Also, a comparative study was performed to assess the effectiveness of conventional and modern evaluation tools. The results show that the subject understanding level of the students increased by 67-76% when any of the activity-based learning method was used. The study confirms the potential use of activity-based method for teaching learning and ICT tools for performance evaluation, for engineering students.

Homework is a common activity among K-12 students, and numerous observational meta-analyses have confirmed the positive relationship between homework and academic performance. However, considering children's limited energy and attention, several researchers have proposed an optimum time to spend on homework. This Campbell review examines the effects of homework on academic performance among K-12 students with experimental studies and estimates the optimum time that should be spent on it.

The aim of this study is to determine how students believe their learning-related experiences (i.e., attention, affect, and time perception) have changed over the course of the pandemic. This study documented students' (N[subscript analyzed] = 191) relative judgments of change between their "current" experiences (measured April 2022) and their remembered experiences from three different timepoints: (1) before the pandemic-related restrictions (before March 2020; pre-restriction); (2) immediately after the restrictions were implemented (spring 2020; early restriction); and (3) immediately after they were lifted (~ winter/spring 2022; post-restriction). This study also captured how students predicted their experiences would change in the future. Roughly 2 years after pandemic-related restrictions were introduced, students reported perceiving reductions in their attention, affect, and time-perception compared to their remembered pre- and early restriction learning-related experiences. They also reported perceived reductions in their attention and affect even as pandemic-related restrictions were beginning to lift, though these declines were slightly attenuated. Regarding the future, students were optimistic that their learning-related experiences would improve in the coming months. These findings can support the creation of future approaches targeting the improvement of attention, affect, and productivity in learning and performance-based environments.

Mastery motivation predicts achievement, but intricacies amongst preschoolers are unclear. In keeping with the Specificity Principle, school-age, and adolescent research demonstrates the importance of considering the "setting conditions" in which mastery motivation is observed. Here, Singaporean 4-year-olds' (N = 63) mastery-motivation-related behaviour (MMRB) (e.g. signs of persistence, focus, and pleasure) in mathematical and non-mathematical activities were observed. Relations between numeracy and MMRB during a mathematical game (outcome relevant setting) were determined, controlling for MMRB in other activities (outcome irrelevant settings). Association between MMRB during the mathematical game and receptive language (outcome irrelevant setting) was also examined. Consistent with the Specificity Principle, MMRB during the mathematical game was (i) associated with numeracy, after controlling for MMRB in other activities and (ii) did not predict language. Enhancing preschoolers' experiences, especially when implemented in contexts related to areas targeted for improvement, may benefit outcomes. These skills acquired in early life can become important predictors of future ability.

This study examined the effect of attention on auditory processing in autistic individuals. Electroencephalography data were recorded during two attention conditions (passive and active) from 24 autistic adults and 24 neurotypical controls, ages 17-30 years. The passive condition involved only listening to the clicks and the active condition involved a button press following single clicks in a modified paired-click paradigm. Participants completed the Adolescent/Adult Sensory Profile and the Social Responsiveness Scale 2. The autistic group showed delayed N1 latencies and reduced evoked and phase-locked gamma power compared to neurotypical peers across both clicks and conditions. Longer N1 latencies and reduced gamma synchronization predicted greater social and sensory symptoms. Directing attention to auditory stimuli may be associated with more typical neural auditory processing in autism.

Preliminary evidence from the Childhood Joint Attention Rating Scale (C-JARS; Mundy et al., 2017) suggests symptoms related to diminished joint attention and the spontaneous sharing of experience with others can be assessed with a parent-report measure in children and adolescents with autism. This study was designed to expand on the previous study by examining the validity of both a Social Symptom (SS) and a Prosocial (PS) scale of the C-JARS in a study of school-aged autistic children (n = 89) with and without co-occurring intellectual disability (ID), as well as an age matched neurotypical sample (n = 62). Results indicated that both C-JARS scales were sensitive and specific with respect to identifying the diagnostic status of the children. In addition, the PS scale was sensitive to differences in cognitive abilities (IQ) and sex differences in the autism group. These results are consistent with the hypothesis that joint attention and spontaneous sharing of experience symptoms are not only characteristic of preschool children with autism but may also constitute a developmentally continuous dimension of the social phenotype of autism that can be measured in school-aged children.

The aim was to test the use of eye-tracking methodology for the early detection of ASD in a task of association between unfamiliar objects and pseudowords. Significant differences were found between ASD (n = 57) and TD (n = 57) Spanish speaking toddlers in the number and time of fixation. The TD children showed more and longer fixations on eyes and mouth while the ASD children attended almost exclusively to objects, making it difficult to integrate lexical and phonological information. Moreover, the TD toddlers looked at the mouth when the pseudoword was produced while the ASD toddlers did not. Gaze fixation on eyes and mouth during word learning recorded by eye-tracking may be used as a biomarker for the early diagnosis of ASD.

Previous cross-cultural research has described two different attention styles: a holistic style, characterized by context-sensitive processing, generally associated with interdependent cultural contexts, and an analytic style, a higher focus on salient objects, generally found in independent cultural contexts. Though a general assumption in the field is that attention styles are gradually socialized in culture-specific interactions in childhood, empirical evidence for the proximal mechanisms underlying this development is scarce. This study aimed to document the emergence of cross-cultural differences in attention styles in three cultural contexts differing in social orientations, namely in urban middle-class families from Münster, Germany (i.e., more independent context), and Kyoto, Japan, and Indigenous-heritage families from Cotacachi, Ecuador (i.e., more interdependent contexts). Furthermore, to test the assumption that caregivers' attention guidance is one of the forces driving differential development, we investigated how caregivers guide children's attention. In total, 270 children between 4 and 9 years of age and their mothers participated in three tasks: an eye-tracking task, a picture description task and a forced-choice recognition task. Results indicate a mixed pattern of findings: While some tasks revealed the expected cultural differences, namely a higher object focus in Münster compared to Kyoto and Cotacachi, others did not. Regarding caregivers' attention guidance, we found that mothers in Münster more strongly emphasized the focal object than mothers in Kyoto and Cotacachi. The results are discussed in terms of culture-specific developmental trajectories and the generalizability of attentional processes across tasks and cultural contexts.

Objective: Growing evidence suggests digital interventions may provide neurocognitive benefits for children with ADHD. This study aimed to investigate the efficacy of a digital attention intervention in children with ADHD. Method: In this double-blind randomized controlled trial 55 children with ADHD (5-9 years) were allocated to the intervention (N=28) or control program (N=27). Both programs were delivered via touchscreen tablets at home 5 days a week for 5 weeks. The primary outcome was change in the Test of Variables of Attention (TOVA) Attention Comparison Score (ACS) from pre- to post-intervention. Results: Participants who received the intervention had significantly greater improvements in the TOVA ACS from pre- to post-intervention than those in the control (p<0.044). No intervention effects were observed on secondary outcomes assessing executive functioning, ADHD symptoms, or functional impairment. Conclusion: Collectively these findings provide insufficient evidence for the implementation of digital attention interventions for children with ADHD.

In the modern age, we often consume content at faster than its normal speed. Prior research suggests that watching lecture videos at speeds up to 2x does not significantly affect performance, but the mechanisms by which comprehension is preserved at faster playback speeds are not fully understood. Therefore, we sought to investigate whether there is an effect of speed when the content is audio only, varies in modality (audio-only, audio-visual) and content (textual, pictorial), or is accompanied by distractions. In four experiments, we found that: (1) increasing playback speed to 2.5x speed did not impair test performance (though we still do not advise exceeding 2x speed); (2) having a visual aspect (i.e., presentation slides, instructor images) to learning can be advantageous, especially when processing information at faster speeds; (3) there was a small benefit of receiving textual over pictorial presentations, and the effect did not vary by speed; (4) computer-based distractions (i.e., phone calls, text messages, email notifications) did not impact performance at 1x or 2x speed. Hence, students are more adept at learning at faster speeds than conventional wisdom would suggest, even with distractions present, demonstrating intact comprehension at double the natural speed of to-be-learned material. Furthermore, multimedia presentations can help mitigate the negative costs of accelerated speeds, especially when information is processed by separate working memory components (i.e., narration in the auditory channel, text or pictures in the visual channel), which reduces cognitive load.

Creativity is an important skill in the 21st century, and design thinking has been proposed as a methodology for fostering creativity. Design creativity involves two non-rational aspects: motivation and empathy. However, little is known about how empathy and motivation work in synergy with creativity. This study explored the underlying mechanisms of empathy and motivation in creativity in design thinking. We built an explanatory model to examine the effect of empathy on motivation and creativity and the mediating effects of four aspects of motivation (i.e., attention, relevance, confidence, and satisfaction). In the study, 220 6th-grade students participated in an integrated STEM curriculum that centered on design thinking activities that lasted one semester, and then completed a questionnaire measuring their perceptions of empathy, motivation, and creativity at the end of the design activities. Partial least squares structural equation modelling was used to analyze the collected data. The results showed that empathy positively predicted creativity. In addition, empathy had a significant impact on creativity through the effect of intrinsic motivation, but not through that of extrinsic motivation. Among the four aspects of motivation, attention, relevance, and confidence each strengthened the association between empathy and creativity. However, satisfaction had a negative effect on creativity and a non-significant mediating effect. These findings increase our understanding of the internal mechanisms of design thinking and creativity. Some practical implications of empathy and motivation in creativity are also discussed.

Use of online video lectures is increasingly common. However, students may struggle to self-regulate their attention and passively process the content. This study examined whether, and for whom, different types of embedded learning prompts improve student learning from video lectures. Undergraduate physics students (N = 253) watched an online, asynchronous physics lecture video as part of their course content. Students were randomly assigned to receive embedded cognitive prompts, metacognitive prompts, or a no-prompt control condition during the video, then took a quiz. A subset of students also reported perceived cognitive load after the video. Overall, students who received cognitive prompts exhibited higher quiz scores than students in the control condition. Scores in the metacognitive prompt condition did not differ from those of either other condition, demonstrating a middling effect. Perceived cognitive load did not differ between conditions. A subset of students additionally completed measures of individual differences in study approaches and metacognitive skills. Students who reported having more disorganized study approaches benefited the most from cognitive prompts. Individual differences in surface/deep processing approaches and metacognitive skills did not interact with prompt condition. These findings detail a simple intervention to increase cognitive engagement during online lectures while not increasing the reported mental effort required. These prompts may be most effective for students who otherwise have difficulty organizing their study time.

Recent findings from social attention research suggest direct engagement with others is a necessary condition for the social cognitive development of both autistic children and their typically developing peers. These findings come from studies that have used eye-tracking technology and paradigms for measuring social attention in naturalistic, real-time settings. Social interactions allow two social partners to coordinate their attention in order to understand each other. Using a framework for studying social cognitive development and social attention in the context of social interactions, this article proposes the use of eye-tracking paradigms for social attention research and presents an intervention called "second-person interactions" (SPI). The article provides a review of eye-tracking research and interventions for social attention and describes the methods for assessing social attention using the SPI intervention.

The purpose of this research is the longitudinal examination of the change in learning motivation (LM) and attention level (AL) of students continuing formal education at secondary school in the pre-pandemic period (PreP), in the pandemic period (PP) during the process of online education, and in the post-pandemic period (PostP) during the new school year of face-to-face education. The data for the research was collected through the Persona 360 software, which is used to support guidance and psychological counseling services in K-12 and follows the development of students. It is known that the students' psycho-social and educational developments are followed at school by the psychological counselors. The data for the research was collected through the Persona 360 school guidance software used for this purpose from 1,183 students continuing education in 9th and 10th grades at private and state schools in Azerbaijan and Turkey. Within the longitudinal research model, the data was collected three years in a row by the Burdon Attention Test, Learning Motivation Scale, and Temperament-Enneagram 9-Factor Personality Test (MEM-9). The analyses were performed using SPSS 23.0/Windows software pack and ANOVA, two-way ANOVA, and MANOVA tests. Pursuant to the findings obtained, it was found that the students' learning motivations and attention levels changed negatively in the COVID-19 period for the three different time frames. The findings were discussed in the context of temperament and traumatic stress experiences affecting the students' learning motivations and attention levels.

In visual arts education, understanding abstract concepts and intricate symbolism is crucial for appreciating traditional art. However, traditional teaching methods often fail to facilitate students' grasp of these ideas, resulting in reduced engagement and inefficient learning. To overcome this, our study integrates Augmented Reality (AR) technology into a card game to enhance visual arts education. Using a quasi-experimental approach and a gamification model, we evaluated the influence of AR technology in the card game. Sixty Primary 6 students participated, divided into an experimental group (using an AR-based card game) and a control group (using a conventional card game). The study concluded that AR technology significantly improved student performance, flow state, and reduced cognitive load, highlighting its potential to enhance visual arts education. This study contributes to the ongoing research on Augmented Reality Game-Based Learning (AR-GBL) for visual arts education. It also guides art teachers in effectively integrating AR technology into authentic classroom teaching environments.

This longitudinal study used regression path models to predict the influence on students' reading comprehension ability of three self-perception variables (reading self-concept; reading/English effort; academic self-handicapping); three teacher rating behaviour variables (attentive behaviour; sociable behaviour; and settled behaviour) and past reading comprehension. As part of the study, a 12-item reading/English effort scale was developed, and its psychometrics characteristics reported (N = 254) The participants were Australian primary school students, followed from Years 3 and 4 to Years 5 and 6 (n = 127). The first path model identified that attending behaviours, low levels of self-handicapping, and reading self-concept were the main predictors of reading achievement. Reading achievement was reassessed two years on, with this path model including past reading attainment. In this model past reading achievement and self-handicapping predicted reading achievement. This research reiterates: the relevance of social-emotional and cognitive variables in education; the need to teach reading across the school years; and the need to enhance students' sense of control and certainty over their learning.

The study of infant gaze has long been a key tool for understanding the developing mind. However, labor-intensive data collection and processing limit the speed at which this understanding can be advanced. Here, we demonstrate an asynchronous workflow for conducting violation-of-expectation (VoE) experiments, which is fully "hands-off" for the experimenter. We first replicate four classic VoE experiments in a synchronous online setting, and show that VoE can generate highly replicable effects through remote testing. We then confirm the accuracy of a state-of-the-art gaze annotation software, iCatcher+ in a new setting. Third, we train parents to control the experiment flow based on the infant's gaze. Combining all three innovations, we then conduct an asynchronous automated infant-contingent VoE experiment. The hands-off workflow successfully replicates a classic VoE effect: infants look longer at inefficient actions than efficient ones. We compare the resulting effect size and statistical power to the same study run in-lab and synchronously via Zoom. The hands-off workflow significantly reduces the marginal cost and time per participant, enabling larger sample sizes. By enhancing the reproducibility and robustness of findings relying on infant looking, this workflow could help support a cumulative science of infant cognition. Tools to implement the workflow are openly available.

This study evaluated attention, sensory processing, and social responsiveness and the relationship between these constructs among autistic and neurotypical adults. Participants included 24 autistic adults (17-30 years) and 24 neurotypical peers who completed the Test of Everyday Attention, Adolescent/Adult Sensory Profile (AASP), and the Social Responsiveness Scale--2. Autistic individuals showed greater attention, sensory processing, and social responsiveness challenges compared to neurotypical peers. Using mediation models, we showed that the relationship between attention and social responsiveness was mediated by sensory processing, specifically the low registration and sensation-seeking AASP quadrants. The relationship between attention, sensory processing, and social responsiveness suggests that adults with greater attention issues may have greater sensory and social challenges. Specifically, having poor attention may lead to poor sensory processing skills which compound poor social responsiveness. Understanding the relationships between these domains is critical for developing effective interventions and support for autistic adults.

The extant literature aimed at characterizing attentional capability in autistics has presented inconsistent findings. This inconsistency and uncertainty may be the product of different theoretical and methodological approaches used to define attention in autism. In the current study, we investigate whether the allocation of attentional resources to task demands, and attention resource capacity, differs between autistics with no comorbid attention-deficit diagnosis (n = 55) and age-matched neurotypicals (n = 55). We compared differences in capacity and the allocation of resources by manipulating attentional load in a Multiple Object-Tracking (MOT) task, a robust, versatile, and ecological measure of selective, sustained, and distributed attention. While autistics demonstrated lower MOT performance, this difference disappeared when we accounted for fluid reasoning intelligence. Additionally, the similarity in the trend of MOT performance at increasing levels of attentional load between autistics and neurotypicals suggests no differences in the allocation of attentional resources to task demands. Taken together, our study suggests that higher-order cognitive abilities, such as intelligence, should be considered when characterizing attention across the autistic population in research. Similarly, our findings highlight the importance of considering cognitive competence when assessing attentional capabilities in autistic individuals, which could have significant implications for clinical diagnosis, treatment, and support.

Autistic individuals have significant social-communication challenges that commonly persist into adulthood and impact academic, social, and vocational pursuits. More than two decades of research have established video behavior modeling as a successful, cost-effective, and time-efficient intervention tool for autistic children; however, less research has investigated the use of video modeling with autistic adults, and only a handful of studies have assessed its effects in non-vocational community-based settings. This study examines the effects of video modeling on social-communication skills of autistic adults in a U.S. community-based fitness group using a multiple-baseline single-case design with replication across participants. Additional data on visual attention, generalization, and social validity were captured. Results show variable effects across participants and provide valuable information to guide individuals in choosing effective and practical evidence-based practices to support the social-communication success of autistic adults.

The aim of this study was to investigate current trends in research of math anxiety (MA) through bibliometric perspective. Three main clusters were formed based on author keywords: cognitive correlates (working memory, attention, numerical cognition, mental arithmetic), psychological factors and effects (self-concept and self-efficacy, motivation, confidence, attitudes), and educational context (PISA, measurement, gender differences, math achievement, math education, assessment). Analysis of the index keywords revealed somewhat different organization with two dominant clusters: the experimental cluster in which the most frequent are psychophysiological measures and terms and the correlational cluster in which the topics of MA psychosocial factors are most represented. The map of bibliographic coupling showed several relatively separated groups of authors with different focus in cited references. However, a map of co-citation of authors revealed closeness of these separated groups, with Beilock, S. L. and Ashcraft, M. H. by far the most-cited authors in this field.

The split-attention effect posits that learning outcomes are negatively impacted when interrelated text and graphics are spatially segregated rather than cohesively integrated. This study explored how the instructional material's presentation size influences the manifestation of the split-attention effect. Based on cognitive load theory and perceptual load theory, we hypothesized that elevated information density in a compact presentation format would attenuate the advantage of integrated text and graphics, thereby diminishing the salience of the split-attention effect relative to a more expansive presentation size. University students (n = 146) studied a split-attention format or integrated format in either large or small presentation size. Results on retention and comprehension tests and extraneous cognitive load ratings revealed no effects of instructional format, presentation size or their interaction. The present results call for a more nuanced understanding of the split-attention effect and suggest additional research to explore its cognitive foundations.

Children whose families experience socioeconomic disadvantage are at risk for poor sustained attention, a foundational skill related to goal-oriented behaviour, self-regulation and kindergarten readiness. Maternal parenting behaviours and parenting stress are theorised developmental pathways linking socioeconomic status (SES) to children's sustained attention. However, research has yet to empirically test for these indirect pathways, thus limiting the relevance of extant findings to inform targets of parent-mediated programmes addressing attentional disparities at school entry for low-income children. Using a sample of mostly low-income children from the Future of Families and Child Wellbeing Study (N = 2214) and the process of parenting model, this study tested whether maternal parenting stress, harsh parenting and cognitive stimulation uniquely explained associations between SES and child sustained attention at age 5 years. Results from structural equation modelling revealed that SES was positively and directly associated with child sustained attention. Some of these effects were indirectly transmitted through the pathway of maternal cognitive stimulation; however, neither harsh parenting nor parenting stress helped to explain the relationship between SES and child sustained attention. Implications of the findings are explored in the context of early childhood prevention and promotion programmes serving low-income families.

In light of mixed findings in existing input enhancement research, Issa and Morgan-Short in a 2019 article urged researchers to compare the relative effects of input enhancement that taps into learners' attention to the external format of second language (L2) target forms (e.g. through capitalizing or boldfacing the forms) and input enhancement that taps into learners' attention to the internal attributes of L2 target forms (e.g. via increasing the frequency of the forms). In response to this call, the study described in this article drew on a pretest-treatment-posttest-experimental-design to explore whether working memory (WM) capacity modulates the extent to which L2 learners benefit from input enhancement engaged by internal and external attentional manipulations for partially-acquired L2 vocabulary. Analyses of these learners' lexical gains under different experimental conditions showed that although compound input enhancement engaged by internal attentional manipulations did indeed lead to better lexical gains, such manipulations did not unequivocally lead to greater gains than the external manipulations in all cases. Furthermore, simple input enhancement engaged by internal attentional manipulations (i.e. varying the contextual supports for the target words) could be as effective as compound input enhancement. Importantly, we found that the aforementioned pedagogical effects of internal and external manipulations were both modulated by differences in WM capacity, albeit to differing extents. Insights from this study provide important pedagogical implications for differentiated input enhancement theory and practice.

Many autistic children require support to meet their learning needs. Given the heterogeneity within the autism spectrum it is plausible that different types of support might be better suited to different children. However, knowledge on what interventions work best for which children is limited. We examined the outcomes of autistic preschool-aged children receiving one of two community early intervention approaches. Our main objective was to understand which baseline child characteristics might be associated with the degree of individual response to intervention--whether prognostically (i.e., irrespective of intervention received) or predictively (i.e., specifically in the context of one or other EI approach). Participants comprised two matched groups of preschool-aged autistic children receiving either Group-based Early Start Denver Model (G-ESDM; n = 42) delivered in a 1:3-4 staff:child ratio or an Early Intensive Behavioural Intervention (EIBI; n = 40) delivered in combination of 1:1 and 1:2 staff:child ratio. Over an approximate one-year follow-up period, children in both groups made significant gains in Developmental Quotient (DQ) scores, and trend-level gains in adaptive behaviour composite scores. Higher attention to a playful adult measured via an eye-tracking task was prognostically indicative of better verbal DQ and adaptive behaviour outcomes for the cohort overall. Moderation analyses indicated a single predictive effect--of pre-program sustained attention for subsequent NVDQ outcomes specific to those children receiving G-ESDM. These findings suggest that fine-grained measures of learning skills offer promise towards the selection and tailoring of intervention approaches to meet individual children's learning needs.

Purpose: Processing real-world sounds requires acoustic and higher-order semantic information. We tested the theory that individuals with autism spectrum disorder (ASD) show enhanced processing of acoustic features and impaired processing of semantic information. Methods: We used a change deafness task that required detection of speech and non-speech auditory objects being replaced and a speech-in-noise task using spoken sentences that must be comprehended in the presence of background speech to examine the extent to which 7-15 year old children with ASD (n = 27) rely on acoustic and semantic information, compared to age-matched (n = 27) and IQ-matched (n = 27) groups of typically developing (TD) children. Within a larger group of 7-15 year old TD children (n = 105) we correlated IQ, ASD symptoms, and the use of acoustic and semantic information. Results: Children with ASD performed worse overall at the change deafness task relative to the age-matched TD controls, but they did not differ from IQ-matched controls. All groups utilized acoustic and semantic information similarly and displayed an attentional bias towards changes that involved the human voice. Similarly, for the speech-in-noise task, age-matched--but not IQ-matched--TD controls performed better overall than the ASD group. However, all groups used semantic context to a similar degree. Among TD children, neither IQ nor the presence of ASD symptoms predict the use of acoustic or semantic information. Conclusion: Children with and without ASD used acoustic and semantic information similarly during auditory change deafness and speech-in-noise tasks.

This longitudinal study examined early predictors of language development in 74 young children with Autism Spectrum Disorder (ASD) in Taiwan. Participants were assessed twice (initial age between 17 and 35 months) on responding to joint attention (RJA), initiating joint attention (IJA), motor imitation with objects (object imitation; OI) and without objects (manual imitation; MI), and receptive and expressive language. The two assessments were 18 months apart. Results showed that both RJA and MI concurrently and longitudinally predicted receptive and expressive language across the two assessments. These findings were not entirely consistent with the limited and mixed findings of Western longitudinal studies. However, they have implications for early interventions aiming to facilitate language development in children with ASD internationally.