Search

The development of student metacognition has the potential to provide some of the greatest learning gains in science education, even outstripping the contribution of general intelligence. While models for metacognition are in broad agreement about their nature, they vary widely in essential elements and the relationships between them, especially between metacognitive knowledge and metacognitive skills. Recent systematic literature reviews have not untangled the concept of metacognition as they are not suited to crafting a synthesised conceptualisation for a controversial topic. This article, then, presents an integrative literature review of metacognition studies that draws together metacognitive knowledge and metacognitive skills into a hierarchical framework. The framework comprises, from the foundational level, metacognitive knowledge, called self-Aware of cognition, then various metacognitive skills; self-Monitor cognition, self-Evaluate cognition, self-Regulate cognition and self-Transfer cognition (AMERT). As a preliminary test of its viability, the AMERT framework is used to analyse interview data in which there was evidence of rich metacognitive thinking by students in the fourth, research-focused, year of a science degree. Rich epitomising statements were found in interviews for each level of the AMERT hierarchy, providing tentative evidence of its viability for understanding metacognitive processes when students learn in science. [ABSTRACT FROM AUTHOR]

In this article, we consider how to make data more meaningful to students through the choice of data and the activities we use them in drawing upon students lived experiences more in the teaching of statistics and data science courses. In translating scholarship around culturally relevant pedagogy from the fields of education and mathematics education we develop the idea of culturally relevant data. We see this development as a key ingredient to implementing culturally relevant pedagogy in teaching data-intensive courses leveraging the centrality of context through data in both statistics and data science to engage students particularly from historically marginalized groups in STEM. We provide suggestions as to ways of finding or creating culturally relevant data and using them in implementing culturally relevant pedagogy to support the learning and flourishing of students in statistics and data science courses. We also present findings from pilot work we have done in implementing these data in statistics courses. Finally, we discuss lingering questions and possible next steps for research in this area. for this article are available online. [ABSTRACT FROM AUTHOR]

With the rapidly increasing demand for STEM skills, many scientists, mathematicians, engineers, and technology professionals encourage students to pursue STEM careers. However, communicating science to lay audiences is challenging due to complex scientific terminology. This qualitative research aimed to demonstrate how an exemplary scientist, Dr. Reed, used storytelling to teach science in a 7-month internship for high school students. Data sources included real-time videos, field notes, and individual student interviews. Labov's model was used to analyze 75 stories. The analysis shows that Dr. Reed's stories mainly targeted eight teaching purposes. Telling such stories allowed Dr. Reed to relate scientific practices to what the students were experiencing in the science internship. Science educators can use this study's findings to build their storytelling practice with the goal of communicating science to students more effectively. [ABSTRACT FROM AUTHOR]

Virtual Reality (VR) has been widely adopted in educational research; however, its implementation in the classroom is still not as well known as in the research field. In other words, there is a gap between researchers and practitioners regarding the pedagogical issue. This study aimed to explore how VR could be applied in science classrooms using the 5E learning model approach, thus providing an overview of VR implementation from teachers' perspectives. The method was a qualitative study in which it was validated using methodological triangulation, including open-ended questions, video-recording observations, and field notes. The finding revealed that learning science using VR for visualizing abstract concepts was suitable to be integrated with the 5E learning model, which provided an authentic opportunity for students to become curious and engage in the inquiry process. However, teachers should guide students to avoid misconceptions during the learning process. Moreover, this finding provides practical insights where an elaboration prompt is required before using a VR headset to turn the potential of VR into actual in-depth learning. Finally, 5E learning implementation can be integrated with other learning approaches, such as situated learning and guided inquiry learning, to suit the contents and teachers' pedagogical knowledge. [ABSTRACT FROM AUTHOR]

The present study aimed to elucidate the effects of real-time versus slow-motion videos, as a function of time of day, on the acquisition of basketball plays. Fifty first-year sports science students (Mage = 18.82 y, SD = 0.49) were quasi-randomly allocated to either into 0.5 or 1.0 times normal video speed, attending morning (08:00–09:00 h) and late-afternoon (16:00–17:00 h) sessions. After measuring oral temperature (OT) and mood states (MS), participants observed a basketball system's evolution twice and completed two recall tests [game comprehension (GC) and game performance (GP) tests]. Afternoon sessions exacerbated higher OT, higher negative MS (e.g. anxiety and fatigue), and lower positive MS (i.e. vigor) compared to mornings (regardless of video speed). GC and GP were higher in the morning than in the afternoon, with real-time (p < 0.001, both) and slow-motion videos (p < 0.01 and p < 0.001, respectively). GC and GP were higher with slow-motion videos compared to real-time videos in morning and afternoon sessions (p < 0.01, both). The findings highlight the morning's superiority in the acquisition of motor knowledge from videos, due to mood disturbances and lower arousal levels. Additionally, the findings encourage teachers/coaches to communicate basketball plays through slow-motion videos, particularly in the morning. [ABSTRACT FROM AUTHOR]

Retrieval-based learning, using tests for content review, frequently proves more effective for knowledge retention compared to alternative methods. Extensive research has explored this with older students, often in contrast to more passive techniques like rereading or note rewriting, typically focusing on vocabulary content, in non-classroom settings and assessing knowledge retention within a week. In this study we conducted a classroom experiment to compare the efficacy of retrieval-based learning to another active method of reviewing content, namely discussion, in promoting long-term knowledge retention among primary school science students. Additionally, we assessed the students' perceptions of these reviewing methods. A total of eighty-one primary school students participated in the study, which encompassed a lesson conducted at a zoo, followed by a review of the lesson content using either retrieval-based learning or discussion. Our findings indicated no impact of the method of reviewing on knowledge retention after either one week or four weeks. Nevertheless, notable effects were observed in terms of motivation, as students who employed retrieval-based learning for reviewing reported heightened levels of interest and enjoyment, along with perceiving greater benefits from the process. Additionally, boys in the discussion group reported increased curiosity, in contrast to girls who reported an inverse pattern. [ABSTRACT FROM AUTHOR]

Work placement is an important aspect of higher education studies and career preparation. Effective preparation is crucial for students to succeed in placements, yet little is known about international students' placement preparation, particularly regarding their sensemaking. This qualitative study, guided by an integrative theoretical framework, examined international health science (HSc) undergraduate students' sensemaking behaviors as they prepare for in-person placements in a host country. Data were gathered through 36 semi-structured interviews with 12 international HSc undergraduate students (three with each student). Findings unravel complicated psychological and interpersonal processes undergone by student participants during pre-placement sensemaking. These insights can inform institutional strategies to support international students in building sensemaking capacities to effectively prepare for placements and post-study work transitions. [ABSTRACT FROM AUTHOR]

AbstractIn this paper, we examine traditional psychosocial approaches to the study of student agency in science education, emphasizing the importance of incorporating sociocultural and critical perspectives. We present both contemporary studies of student agency in educational psychology and the work of scholars who study students’ student agency with attention to the cultural, economic, political, and historical forces shaping agentic behaviors in schools. We overview conceptualizations of and evidence for fostering agency among historically marginalized students in science across three major theoretical frames (i.e., psychosocial, sociocultural, and critical). We end by calling for the expansion of psychosocial conceptions of student agency to underscore the role of complex classroom dynamics and to account for the historical exclusion of nondominant communities in science. Specifically, four principles for broadening the scholarship of student agency toward socially just goals are presented. [ABSTRACT FROM AUTHOR]

Embedding learning abroad as part of the curriculum has become popular in Australia, Canada, New Zealand, the US and European countries. In Australia, the government has actively promoted and committed to funding students' learning abroad in the Indo-Pacific region which is considered to be strategic to the nation's prosperity and public diplomacy. The majority of the literature on outbound student mobility has concentrated on its benefits to students' development of global competence and employability. However, little is known about how students are engaged in curriculum-specific learning and development of discipline-specific knowledge through short-term mobility experiences. This article responds to this gap in the existing literature. It aims to examine how a short-term mobility program to Japan affects Australian undergraduate students' curriculum-specific learning. The article draws on 45 interviews with science students across three rounds (pre-departure, in-country, and re-entry). It uses Barnett and Coate's framework of curriculum and Tran's concept of mobility as becoming to analyse whether and how the short-term mobility program engages students in their knowing, acting and becoming whereby they are able to construct, organise and build on what they know and can do to arrive at new knowledge, skills and ways of being/becoming. Based on the findings of the study, we discuss implications for how learning abroad in the Indo-Pacific can potentially enhance Australian students' deep and meaningful learning in not only cultural and social but also academic aspects. Practical principles for optimising students' curriculum-specific learning through short-term mobility programs are generated. [ABSTRACT FROM AUTHOR]

Analyses highlighting the epistemic dimension of students' participation in science have dominated science education literature for the past several years. While most of this literature has focused on how students learn together, the relational nature of these knowledge-building interactions has been under-examined. In response, this paper empirically examines how these epistemic interactions are also relational. Building upon Noddings' ethic of care and Maheux and Roth's argument that "being-in-the-know" in mathematics is always "being-in-the-know-with" others, I develop the construct of relationality as a moral and ethical orientation to teaching that is also visible in moment-to-moment interaction. I present a micro-interactional analysis of what enacting relationality can look like in the context of science teaching through two excerpts in which 8th grade students made unexpected bids to shift their participation. I illustrate how these relationally- and epistemically-entangled bids, and the teachers' attention and responses to them, precipitated role negotiations: explorations and expansions of what it could mean to "be-in-the-know-with" while building science knowledge. This analysis suggests that learning to notice students' bids for new roles and learning to interpret those bids as simultaneously relational and epistemic moves is an essential aspect of responsive teaching that cultivates trusting relationships as participation in sophisticated disciplinary practices. I conclude with a discussion of how micro-level relational dynamics function as a mechanism by which meso-level classroom cultures and macro-level social narratives are constituted and contested, and the implications of these constitutions and contestations for science, teachers, and science teacher education. [ABSTRACT FROM AUTHOR]

Design-based learning (DBL), a pedagogical approach to integrating science, technology, engineering, and mathematics (STEM) education, has been internationally promoted in K-12 curricula. Despite DBL's variations, research has indicated it can facilitate students' content learning. However, it is less clear whether DBL can foster students' STEM identity. The lack of research on this issue is critical, because STEM identity is a factor influencing secondary students to pursue STEM-related careers. This study aims to examine the influences of DBL on two types of learning outcomes achieved by eighth grade students. Two classes of 32 students, denoted Class 1 and Class 2, engaged in different approaches to DBL: respectively, design-through-science and science-through-design. Data were collected before and after DBL through using a conceptual test and a self-reported questionnaire measuring STEM identity. The data were descriptively and inferentially analysed to compare each class's learning outcomes and the differences between these classes. Results reveal that, compared to Class 1, Class 2 more effectively improved their content learning and demonstrated more aspects of STEM identity. However, promoting content knowledge and developing STEM identity over a multi-week duration is challenging. It is necessary to integrate a specific framework into DBL to cultivate content learning and STEM identity. [ABSTRACT FROM AUTHOR]

This paper analyses how 8th graders build epistemic practices of evaluation of knowledge. Guided by Ethnography in Education, we followed a group in their science lessons through one year, using participant observation. Following Kelly's propositions concerning epistemic practices, we selected key events towards an analysis of discursive interactions. The results indicate a trajectory of changes in constructing practices of evaluation of knowledge over time. The repertoire built by the group throughout 8th grade allowed students to evaluate knowledge claims in order to value alleged scientific evidence to the detriment of other rationalities. Evidence, in this case, was being used as a tool for students to support and communicate their propositions, but they were not evaluated. Events that broke with rationality based on the use of evidence generated opportunities for the group to start engaging in practices such as: evaluating the quality of alleged scientific evidence, pondering possible errors, or proposing alternative interpretations. Future events in the history of the group throughout 9th grade indicate that this type of practice became part of their discussions. We discuss implications for pedagogical practice and research in science education. [ABSTRACT FROM AUTHOR]

Children's interactions are inherently multimodal. Accordingly, when children engage in science in classroom communities, their interactions are grounded in material and embodied aspects of interactions with teachers and their peers. This study explores the nature of children's science interactions in a classroom community where students are working in a language they are also learning through examination of the ways in which open-ended pedagogical approaches mediated embodied and material science participation and sense-making. We employed multimodal interaction analysis layered with a critical ethnographic perspective to explore the embodied and materially-grounded experiences of a student working in an early-childhood classroom with peers and teachers in science through a language he is also working to learn. Multimodal interaction analysis allowed us to build views of how the classroom interactional spaces afforded embodied and material participation and learning in science, and uncovered the multimodal ways in which this mediated his engagement in science and communication of science meanings and wonderings. Open-ended pedagogical approaches afforded spaces in which this student was able to engage with phenomena, materials, and embodied interactions, regardless of his verbal participation. This embodied participation and materially grounded interactions entangle and unfold to become learning. Pedagogical implications for the teaching and learning of science with all children, and in particular with plurilingual children, through the use of open-approaches that afford resource-rich embodied engagement and learning are discussed. [ABSTRACT FROM AUTHOR]

With a growing new materialism paradigm and research on multimodality, there is an increasing attention on the role of material objects in science teaching and learning. However, there is currently no available framework, coding scheme, or method of inquiry to specifically analyze the use of material objects in science meaning-making. This paper presents and discusses two analytical frameworks developed to examine teachers' and students' interaction with material objects during classroom discourse. The first analytical framework was theoretically informed by multimodal interaction analysis (MIA), focusing on humans' situated interaction using embodied and disembodied modes located in the material world. The second framework was informed by social semiotics multimodal analysis (SSMA), focusing on material interaction as a semiotic mode with unique affordances for sign-makers to make meaning alongside other semiotic modes (e.g. speech, gesture). Both frameworks are used to analyze two vignettes of classroom discourse generated from video data to illustrate their applications, coding procedures, and interpretative potential. The MIA-informed framework highlighted the dynamic and reciprocal relations between students' experiences and the transformation of materials, while the SSMA-informed framework highlighted the subtle meanings constructed with the unique affordances of the material mode. The affordances and limitations of the two frameworks are discussed, along with their compatibility and complementary relations. This work contributes to the emerging field of materiality in science education research and provides a foundation for future studies on the analysis of material interaction in science meaning-making. [ABSTRACT FROM AUTHOR]

This exploratory study examines an instructional activity in which undergraduate biology students at a Canadian university who, after receiving instruction from an expert science communicator on how to publicly address pseudoscience in online media, were asked to research online a pseudoscientific news of their choice, demonstrate how they would publicly address a pseudoscience-believing audience, and self-assess their communicative performances. An analysis of students' written reflections showed that participation in this activity fostered recognition of the importance of dialogue, with most students adopting an audience-centered (dialogic) stance that took into account the public's interpersonal needs (respect, empathy), communicative needs (comprehensible input) and epistemic needs (scientific knowledge). Yet, inspection of video-recordings of their oral presentations revealed that some students took a combative communicative approach – communicated in ways that suggested a confrontational attitude toward the public that was inconsistent with their dialogic views. Acknowledging interpersonal difficulties associated with the act of implementing their dialogical views, these students stressed the challenging nature of public science communication about fake news. It is argued that, fully developing communicative competence to address fake news requires extended and sustained instruction that allows students to progressively hone their communication skills. [ABSTRACT FROM AUTHOR]

This paper describes a teaching experiment in a Numerical Methods course for Master of Science students. The experiment uses scientific papers to develop modelling studies in the context of wine fermentation microbial interactions. The course involves theoretical and laboratory classes that focus on implementing numerical methods using Matlab for Initial Value Problems and Boundary Value Problems. The students are asked to formalise the mathematical model and build their own experiments using the information provided in the papers. Additionally, a parameter estimation experiment is organised, which involves generating synthetic data and computing noisy data to estimate the natural death rate of sensitive yeast. The results show that data noise significantly affects the parameter estimate and that scaling the data can help reduce the impact of measurement errors. The presented results can be used to investigate other possible assignments, such as how the evaluation of the Jacobian affects the estimation performance and compare different optimisation algorithms. [ABSTRACT FROM AUTHOR]

To make sound science-related decisions in a global society, individuals must possess a science identity, or see themselves as capable of doing and understanding science. Science identity development begins in school-aged years, when multilingual students (MLs) are often marginalised in the classroom due to language challenges and low expectations placed on them. This descriptive multiple case study explores the science identities expressed by six US high school MLs in their biology classrooms. Data from semi structured interviews were analysed through qualitative coding methods. Secondary data sources included field notes from observations conducted in each student's classroom six times during the school year. Results revealed that all MLs expressed science identity indicators, including feeling like a scientist, having a personal interest in science, and seeing science as related to their worlds. Other important identity indicators were not expressed among all students, such as views of themselves as 'good' science students, doing or using science outside of school, and career aspirations. Over half of MLs cited language as a direct barrier to their science identities. The study makes several contributions to the field of science education, which are detailed. Implications are presented for nurturing MLs' science identities in the formal classroom. [ABSTRACT FROM AUTHOR]

This study investigated Turkish health sciences students' attitudes toward older adults. Data were collected using Kogan's Attitudes Toward Old People Scale (KAOPS). The sample consisted of 369 students from a public university in Turkey. Participants had low-level positive attitudes toward older adults. Age, grade level, income, curriculum on old age, and willingness to work for healthcare institutions and social services for older people affected their attitudes. Participants' KAOPS scores differed by desired distance from parents after marriage, the introduction of a curriculum on old age, and their willingness to live close to parents after marriage, take elective courses about old age, volunteer in activities and projects for older adults, and work for healthcare institutions and/or social services for older adults after graduation. The curricula should address older adults to improve students' attitudes toward them. Policymakers and administrators should evaluate young generations' attitudes toward older adults and develop policies based on evidence-based data. [ABSTRACT FROM AUTHOR]

R is becoming the standard for teaching statistics due to its flexibility, and open-source nature, replacing software programs like Minitab and SPSS. The main driver for reform within Scottish statistical undergraduate programs is the creation of the Scottish Qualification Authority's Higher Applications of Mathematics course which has statistics as a core topic. The course saw R introduced into the Scottish high school curriculum for the first time from August 2021. This facilitates the need for R to be introduced into Higher Education courses at an earlier stage. In academic year 2021/22 we introduced RStudio into our first year introductory statistics class. This class is taken by students studying Mathematics, and those studying Biomedical Sciences. Both cohorts were surveyed in order to assess their anxiety and enjoyment of learning how to use R, with a goal of assessing any differences between the groups. We found that there was no association in software anxiety at the start of the class. However, as the class progressed the Mathematics students reported lower levels of anxiety compared to the Biomedical Sciences students. The Mathematics students seemed to enjoy the class more than the Biomedical Sciences students, thus, needing further investigation into enjoyment versus anxiety. [ABSTRACT FROM AUTHOR]

During the Cultivating Diverse Talent in STEM (CDTIS), studies were designed to identify and cultivate talent in potential innovators from low socioeconomic status (SES) and cultural groups underrepresented in the region: American Indian and Hispanic. Comparisons were made between those identified using conventional measures (CI) and those identified using performance assessments of problem solving (PSI) in STEM domains. In this study, using Q Factor Analysis, 43 students clustered on 13 factors, explaining 81.18% of the variance. Factors included high and low achievers; students from diverse groups; and 11 other clusters. Profiles are described and compared with profiles in other studies and theories. Implications for theory and practice include a paradigm shift from gifted child to talent development. [ABSTRACT FROM AUTHOR]

Middle East studies, and in particular the study of the politics of the Middle East stands at a crossroads pedagogically a decade after the Arab Spring. This study observed an experimental pre- or partial Collaborative Online International Learning (COIL) engagement between Political Science students in New Zealand and the Sultanate of Oman to investigate whether COIL-based approaches, couched in decolonizing pedagogical theory and new digital communication technologies, could offer a useful tool for instructors and students in the field to begin to address enduring western (un)conscious paradigms of "The Middle East." [ABSTRACT FROM AUTHOR]

The purpose of this study was to report normative physical fitness data for Exercise Science undergraduate students and compare the findings with criteria published by the American College of Sports Medicine (ACSM). 514 participants (males, n = 204; females, n = 310) aged from 18 to 29 years participated in this descriptive study. Pre-exercise heart rate and blood pressure, body mass index, waist circumference, skinfold thicknesses to estimate total body fat percentage (BF%), estimated maximal oxygen intake (VO2max), and muscular endurance were evaluated. Percentiles were calculated and compared to those from the ACSM, with hypothesis testing of the medians. The median BF% for male students was leaner (p < 0.001) than criterion standards. VO2max was lower compared to the published median in both sexes (p < 0.001). Students performed on par with ACSM-published muscular endurance assessments. Exercise Science students are not fitter than the normative data published by the ACSM. [ABSTRACT FROM AUTHOR]

Once considered a supplement to traditional teaching approaches, digital tools now play a pivotal role in building core clinical competencies. This study aims to explore staff and student experiences of navigating the challenges of teaching and assessing clinical skills using digital technology. It also aims to provide insight into what skills, or aspects of skills, may be best suited to digitally enhanced teaching, thereby advancing the future of health science education. This qualitative study comprises the second phase of data generation for a mixed-methods research project entitled DEPTH (Digitally Enhanced Practical Teaching in Health Science). Health science staff and students expressed interest in taking part in the current study during the first stage of data collection. Qualitative data was collected in January 2022 through semi-structured group interviews and individual semi-structured interviews. An interpretivist qualitative research design underpinned by a critical realist epistemological position was used. Themes were generated following Braun and Clarke's 6-step process for reflexive thematic analysis. Overall, 10 staff and 8 students across 11 health science disciplines participated in this research. Fourteen hours of transcripts were analysed and 4 themes generated. Our findings highlight the suitability of digitally enhanced teaching for low-stake skills requiring visual and auditory training, while skills requiring tactile training require in-person practice to build student competency. Importantly, our findings indicate a desire for increased remote teaching. While our work was not specifically aimed at documenting experiences related to the Covid-19 pandemic, all participants had lived experience teaching or learning during the pandemic and many spoke specifically about this. The timing of this paper captures a novel moment in the history of clinical pedagogy. Staff and students advocate for the continued integration of technology into health science education generally, and clinical skills teaching specifically. For this to be successful, judicious selection of methods, skills, skill components and technology, that can be appropriately mapped onto specific learning outcomes, is required. Staff and students expressed a desire for more hybrid teaching of clinical skills but are sceptical about the suitability of skills, or aspects of skills, for remote teaching. Clinical skills requiring auditory and visual training can effectively be taught using digital tools while skills requiring haptic awareness and manual dexterity necessitate in-person practice to consolidate learning. The findings from this paper informed the development of an online, open-access, educational resource to support staff and students in maximising technology to support practical skill acquisition. [ABSTRACT FROM AUTHOR]

While there has been a sustained focus on widening participation in higher education internationally, there are few empirical accounts of the experiences and perceptions of 'equity' students in STEM subjects, and even less that examines this in the elite university context. Reporting from the Australian higher education context, this article outlines findings from an exploratory, mixed-method study of students enrolled in a Science Faculty in a 'prestigious' research-intensive university. The study involved a faculty-wide survey of students, collecting demographic data and perceptions of equity, and follow-up focus groups focusing on students' perceptions of equity and their experiences of studying STEM in the elite context. The findings provide new insights into the composition of the Science student cohort and their lived experiences of feeling like outsiders in the elite context. This article reflects on how structural barriers, institutional assumptions, navigational experiences and staff engagement impact on equity students' engagement and sense of belonging. We argue that supports must be visible, accessible and targeted, rather than limited to centralised services. We conclude by foregrounding the perceived importance of 'care' from Faculty staff and argue for more Faculty-embedded supports if we are to create a more diverse STEM student cohort and workforce. [ABSTRACT FROM AUTHOR]

Objectives: This research aims to assess the base level of knowledge and attitude of Applied Medical Sciences Students regarding mpox and whether an educational intervention could improve their knowledge and attitude. Methods: A quasi-experimental research was used, involving 960 medical students from Applied Medical Sciences College at Prince Sattam Bin Abdulaziz University, KSA. They were recruited from the beginning of November 2022 till the mid of January 2023 based on the non-randomized sampling method. A standardized, anonymous, and closed-ended questionnaire was used, compromising three main sections: participants' demographics, knowledge, and attitudes toward the mpox epidemic. Results: Total knowledge scores of the studied sample in the pretest phase were 45.43 ± 6.29 compared to 65.03 ± 2.93 in the post-test phase. Besides, total attitude scores were 48.62 ± 4.78 before program implementation, while after conducting the program reached 70.65 ± 5.13. There was a notable improvement in the total knowledge score of the sample studied after the intervention was implemented, particularly for neurological manifestations. Conclusion: After the program's implementation, there was an obvious improvement in the medical students' total knowledge and attitude scores concerning the mpox epidemic. It is necessary to initiate well-organized training initiatives for all other medical faculties, paramedics, and applied health institutions in Saudi Arabia. [ABSTRACT FROM AUTHOR]

Teachers' practices and interactions with curriculum materials are influenced by a host of factors, which include their values. The mechanisms of this influence may benefit from elucidation. Here, we describe a case of a teacher enacting an inquiry-based learning unit (LU) as part of a school science enrichment programme. The teacher's interactions with the LU appear to be influenced by her self-stated idea of giving students 'freedom'. We track these influences through the course of the teacher's planning, enactment, and reflection of the LU. Because of how 'freedom' guides her actions, we argue that it serves the function of a value. Furthermore, we contend that the teacher's commitment to 'freedom' represents an exercise of her deliberative agency. This commitment to 'freedom' is supported by her interactions with her context, which include labelling of her preliminary ideas with the term 'freedom', being asked to choose between curriculum materials, reflective conversations with the researcher, and reframing the site of enactment. We also describe challenges that the teacher faces with respect to student guidance, resulting from her commitment to 'freedom'. From this work, we suggest implications for the design of curriculum materials and teacher professional development. [ABSTRACT FROM AUTHOR]

Intrapreneurs are needed in the sport sector due to its competitive nature. However, little attention has been paid to this topic within sport entrepreneurship literature. This paper aims to examine the cross-cultural applicability of Ajzen's theory of planned behavior for predicting the intrapreneurial intentions (II) of sport science students from two European countries and to discover if there is a moderating effect of country's culture on the antecedents of II. A questionnaire to collect the data was used. The sample is composed by 736 final year sports sciences students from Spain and Lithuania. The combination of a symmetric (Structural Equations Modelling) and asymmetric (Qualitative Comparative Analysis) approach was used to examine the students' country culture as a potential moderator. Results indicate Ajzens's theory of planned behavior as a suitable framework to predict intrapreneurial intentions (II). Moreover, it is highlighted that the country's culture can have a moderating effect on the university students' II. Educational policy makers should consider the impact of county culture when promoting intrapreneurial behavior. In Spain, it should be developed a positive attitude towards intrapreneurial behavior, while in Lithuania it is more important to foster that they perceive as having the necessary skills to be an intrapreneur. [ABSTRACT FROM AUTHOR]

A multitude of research shows that the secondary education (SE) outcomes relate with university academic achievement (AA). More research is needed on SE outcomes subject-specifically. We examined the relationship between the Finnish matriculation examination (ME) results and AA, study success (grades) and study progress (credits), of educational sciences students (N = 1,214) who were pursuing a three-year bachelor's degree in 2007–2017. The overall ME results explained 15% of the variance in study success and less than 1% in study progress. Success in mother tongue, mathematics, psychology and health education in the ME along with 1st- and 2nd-year study success related positively with higher study success throughout the three years. For the 3rd-year study progress, the results were more mixed, and progress in the 1st and 2nd year was statistically significant compared to the ME results. In conclusion, it is recommended to consider subject-specific ME outcomes regarding student admissions and curricula. [ABSTRACT FROM AUTHOR]

The number of students opting for science subjects, particularly biology, beyond compulsory school level has been decreasing substantially in recent decades in Mauritius. This decline is of major concern when scientific literacy and the need for science-based employment are considered fundamental to face both local and global challenges. Although several studies have identified a range of factors to explain students' choice of subjects and the low number of students opting for biology at post-compulsory level, there is little known about how policies respond to the issue. In this article, we explore how policies are responding, drawing on 25 biology education policy documents and focus groups with twelve students, ten educational officials and six parents. The findings of this study suggest that the actions undertaken in attempts to address the issue of poor uptake of biology could have been undertaken in a more coherent way, with an appropriate overarching policy frame to inform the actions. We argue that current policy actions are too state-centred, with policy-makers adopting a top-down approach where policies are simply meant to be implemented by schools. We also argue that more needs to be done to acknowledge and incorporate inputs from other stakeholders, including students. [ABSTRACT FROM AUTHOR]

A key goal of science learning today is to support students in posing and answering questions about phenomena that matter to them while establishing a need to grapple with disciplinary ideas and practices reflected in standards. To be successful in this endeavor, teachers need to learn to partner with students on the direction of their learning while remaining attentive to goals for learning reflected in standards. In this paper, we explore the idea that educators' developing knowledge of curricular purposes and structures can help support their enactment of instructional materials that help them balance these two goals. Our study draws on 36 teachers' experiences of learning to teach with instructional materials aligned to the Next Generation Science Standards as part of a field test that included multiple cycles of professional development workshops and enactments. Our findings illustrate how teachers' knowledge of curriculum can help them make sense of their own growth in teaching. [ABSTRACT FROM AUTHOR]

Calls to immerse students in the sensemaking practices of science recommend that students propose ideas and work together to construct explanations as well as drive the evaluation and decision-making around classroom knowledge-building. In other words, they should be participating with epistemic agency. Part of the teaching work of supporting student sensemaking, therefore, is to intentionally open up space for student contributions and negotiations during sensemaking. The type of space that is opened up for students' sensemaking is highly dependent on teachers' choices and interpretations of student contributions. Accordingly, this paper leverages a teacher noticing framework to begin to characterize the teacher noticing and decision-making involved in supporting students' epistemic agency while teaching. Using a novel point-of-view video collection methodology, we asked two teachers to identify moments while teaching in which they were making a decision about how to open up or close down space for students' epistemic agency. We found that both teachers attended similarly to the disciplinary substance of students' ideas; the epistemic nature of students' ideas; students' epistemic stance or orientation during participation; and students' overall degree of engagement. Teachers' responses to students varied across pedagogical phenomena, and they also varied in their effectiveness. These variations were related to each teacher's conception of epistemic agency. We propose that attention to the epistemic nature of students' responses and to students' epistemic stance or orientation may be especially important foci of teacher attention for supporting students' epistemic agency. [ABSTRACT FROM AUTHOR]

We present an integrative mixed-methods systematic review of research on laboratory work in secondary-school science education from 1996 to 2019. The aim of the study is to identify important aspects of how to successfully make use of laboratory work as a science-teaching strategy in secondary schools. By engaging teachers, our study uses a demand-driven approach where the users of evidence participate in setting the scope. Of a sample of 11,771 studies, 39 were selected for the integrative analysis. The result is structured around three theoretical frameworks to inform our understanding of what characterises laboratory work, (1) with the aim of developing students' learning of science, (2) with the aim of developing students' learning to do science (science practices), and (3) regarding the level of inquiry that facilitates aims 1 and 2. The results are discussed in the light of previous research reviews, and recommendations for future research are suggested. [ABSTRACT FROM AUTHOR]

Out-of-school science learning environments enrich classroom education in many countries around the world. Numerous studies have been conducted on the effects of such learning environments, particularly their ability to promote interest. As different theories of interest were used in these studies, so far, no overview of this field of research exists. Therefore, based on a comprehensive and systematic international literature review, this article presents a detailed analysis of the theories of interest used to study out-of-school learning environments. In addition, inferences regarding situational and individual interest promotion in out-of-school science learning environments are derived, clearly showing that situational interest is promoted through these learning environments. Considering the influencing factors given in the different theories of interest, a model of student interest for these learning environments is then presented. This model can be used to guide the development and further improvement of out-of-school learning environments. [ABSTRACT FROM AUTHOR]

Despite efforts to make school science appealing, students' negative attitude toward it persists globally. This qualitative study elucidates how and why undergraduate students in Japan had declining attitudes toward school science during primary and secondary school. Twenty-two first- and second-year students at a Japanese national university participated in small focus group discussions. Data sources were the participants' focus group data and written accounts on factors that influenced their attitudes toward school science. The grounded theory approach was applied to code the data, which resulted in 42 codes under 11 domains. As the analysis progressed from lower to higher grades, the domains diversified and the frequency of codes increased. The resulting hypothetical model comprising 10 code domains reveals the complex interrelationships that cause attitudinal decline toward school science. 'Understanding' is positioned at the centre of the model, thus indicating the importance of cognitive aspects when considering this affective issue. The findings indicate that the development of two teaching methods is urgent: a mathematics-centric approach and innovative hands-on learning. [ABSTRACT FROM AUTHOR]

This web-based survey explored factors associated with food insecurity (FI) among health sciences students during the COVID-19 pandemic. FI was assessed using the USDA 6-item tool. Multivariable logistic regression was used for data analyses. Of the 816 respondents, 74.7% were female and 22.1% were food insecure. An annual income of <$25,000, housing instability, use of a food pantry over the past 12 months, and receiving financial support from family were independently associated with increased odds of being food insecure even after adjusting for other covariates. Further research exploring FI screening and interventions among health sciences university students is needed. [ABSTRACT FROM AUTHOR]

In this systematic review, a series of didactic proposals and experiences that have been developed over recent years in formal education are presented with the common purpose of ensuring that students with special educational needs learn science. Initially, only 54 publications on the topic were identified, which underlines the scarce research over the last 20 years and the small percentage of papers published in research journals and conference proceedings within this area. From among those publications, our review is focused on the 27 that report the implementation of didactic interventions: 11 at specific special education centres and 16 at regular educational centres. Explicit instruction was considered a fundamental strategy in the first group, while varied experiences and methods were among the most relevant approach in the second group. In addition, both educational environments involve learner-centred teaching approaches, with the implementation of inquiry-based and hands-on activities, in line with the general results of research in Science Education that does not specifically deal with SSEN. Ensuring that all learners have the opportunity to learn science requires more specific and complementary studies that consolidate the evidence of these results, taking into account the diversity of learners in classrooms for the benefit of all. [ABSTRACT FROM AUTHOR]

Preservice elementary teachers need to be able to engage young students in science practices but may not have extensive experiences with those practices. They also may have contrasting beliefs about them, which inform their teaching practice. To understand preservice teachers' beliefs related to science practices, we focus on the connections they made between the practices and teaching and learning. We followed nine participants from a physics content course, into a science methods course, and through their student teaching, collecting data including interviews, reflections, and lesson plans. We used our analyses of interviews and reflections to identify participants' "professed beliefs," and of lesson plans to identify "intended beliefs"; from the analysis, we developed a description of teaching and learning beliefs such as Autonomy & Curiosity and Develop Scientific Skills. The professed and intended beliefs of the participants formed connected clusters. We also found cases where these beliefs conflicted conceptually (e.g., when deciding to include many or fewer practices in each lesson or if the science practices are unique to science or can be applied generally). Our findings suggest that teacher educators need to be aware of more than just the professed beliefs of their preservice teachers. They should look for evidence of these beliefs in preservice teachers' intentions as well. [ABSTRACT FROM AUTHOR]

The Interactive Strategy Training for Active Reading and Thinking (iSTART) game-based intelligent tutoring system (ITS) was developed with a foundation of comprehension theory and principles of learning science to improve students' comprehension of complex scientific texts. iSTART has been shown to improve reading comprehension for learners from middle school through adulthood, particularly lower knowledge readers, through strategy instruction and game-based practice. This paper describes iSTART, the theoretical foundations that have guided iSTART development, and evidence for the feasibility of game-based practice to improve learning outcomes. This paper also introduces a novel method of assessing students' reading comprehension through game-based literacy assessments that have been incorporated in iSTART. The development of these stealth assessments was guided by recent work emphasizing the need for rapid, dynamic, and low stakes assessments that evaluate students' reading skills in the context of brief, dynamic games. Stealth assessments can generate estimates of multiple aspects of students' reading comprehension quickly and within a motivating environment. The work described in this paper is a promising method to assess students' literacy in an unobtrusive and authentic way that may lead to improved learning outcomes for students. [ABSTRACT FROM AUTHOR]

In crafting the active learning approach for this study, we leverage on the definition of active learning as a methodology that requires students' active collaborative engagement and involvement in their own learning and they are held accountable for learning with peers. Building from social interaction, we extend the notion of active learning to include socio-cognitive conflicts and socio-emotional conflicts. Subsequently, the aim of this study is to gain insights into science students' experiences and perceptions of active learning in informal learning spaces. The current study used a basic qualitative research method involving 29 genetics students.. The data were collected from the 2-hour video recordings and 45-minute semi-structured focus group interviews. The conceptual content analysis approach was used to analyse the data. The results reveal that the higher-performing students are able to regulate the cognitive processes, and to learn effectively in a minimally guided instruction environment outside the classroom by relying on their peers as a reliable source of information. However, the lower-performing students depend on their lecturer to transfer knowledge to them. They do not believe it is possible to learn science from their peers. Probably because they do not know how to learn in a group. [ABSTRACT FROM AUTHOR]

Many students self-report that they are "night owls," which can result from neurodevelopmental delays in the circadian timing system. However, whether an individual considers themselves to be an evening-type versus a morning-type (self-reported chronotype) may also be influenced by academic demands (e.g. class start times, course load) and behavioral habits (e.g. bedtime social media use, late caffeine consumption, daytime napping). If so, then chronotype should be malleable. We surveyed 858 undergraduate students enrolled in demanding science courses at up to three time points. The survey assessed morning/evening chronotype, global sleep quality, academics, and behavioral habits. Evening and morning-type students showed similar demographics, stress levels, and academic demands. At baseline measurements, relative to morning-types, evening-types showed significantly worse sleep quality and duration as well as 22% greater bedtime social media usage, 27% greater daytime napping duration, and 46% greater likelihood of consuming caffeine after 5pm. These behavioral habits partially mediated the effects of self-reported chronotype on sleep quality/duration, even after controlling for demographic factors. Interestingly, 54 students reported switching from being at least moderate evening-types at baseline to being at least moderate morning-types later in the semester and 56 students showed the reverse pattern (6.3% of students switched from "definitely" one chronotype to the other chronotype). Evening-to-morning "chrono-switchers" consumed less caffeine after 5pm and showed significantly better sleep quantity/quality at the later timepoint. Thus, some students may consider themselves to be night owls in part because they consume caffeine later, take more daytime naps, or use more social media at bedtime. Experimental work is needed to determine whether nudging night owls to behave like morning larks results in better sleep health or academic achievement. [ABSTRACT FROM AUTHOR]

There is a growing view that 'Big Ideas of science education' are useful for teaching science but there is not much knowledge of how teachers work with them. This study explores the conceptualisation and practice of the use of Big Ideas of science education by primary and secondary teachers in Chile. A total of 63 science teachers (a purposive sample) from pre-school, primary and secondary education in Valparaíso Region in Chile participated in the study, with 38 of them answering all the questions in the research instrument and 25 answering some of them. The research instrument was a questionnaire with open-ended questions. The use of Big Ideas was seen as the 'natural way' to teach science, mostly related to the students' daily lives. Many of the teachers had their own understanding of Big Ideas. They were very positive about Big Ideas, seeing them as a possible way of connecting with the daily lives of students and facilitating progression in students' learning of science. The teachers also saw Big Ideas as enabling students to work collaboratively and make links between different parts of the curriculum, helping them to understand how science works, and preferable to having to teach an overloaded science curriculum that lacks such an organising framework. The teachers were more interested in their own creation and development of Big Ideas rather than simply adopting the existing, official published framework and adhering to what is said in the Chilean curriculum regarding the approach of Big Ideas. These results indicate the need to explore in-depth such varied conceptualisations of schoolteachers regarding the approach of Big Ideas. In turn, this can offer empirical insights into the way Big Ideas are treated in policy documents in Chile and elsewhere. [ABSTRACT FROM AUTHOR]

We explored the experiences of and outcomes for students and staff working in partnership on an academic development project aiming to enhance the inclusivity of science curricula across a faculty. Quantitative survey data revealed changes in student and staff perceptions, including increases in sense of belonging for both, perceptions of fairness in decision-making for students, and increased adoption of inclusive teaching practices for staff. Open responses articulated the benefits and challenges of the project. Implications of this research will be relevant to academic developers working in similar spaces, such as decolonising the curriculum or engaging students as partners in development work. [ABSTRACT FROM AUTHOR]

In response to growing concerns about adolescents' low expectations for science-related careers, this study explores the mechanisms of the ternary associations among science learning experiences, science-related attitudes and beliefs, and science-related career expectations, involving a sample of 9841 15-year-old students from four Chinese provinces (Beijing, Shanghai, Jiangsu, and Guangdong) who took part in the sixth cycle of the Programme for International Student Assessment (PISA). The results of the path analysis reveal that (i) both formal and informal learning experiences had positive relationships with science-related attitudes and beliefs; (ii) enjoyment of science, science self-efficacy, science outcome expectations, and epistemological beliefs about science had positive effects on career expectations; (iii) inquiry-based learning experiences were negatively associated with career expectations, although the direct association was suppressed by enjoyment of science, science self-efficacy, and science outcome expectations; (iv) teacher-directed science learning experiences had a positive impact on career expectations, fully mediated by enjoyment of science, epistemological beliefs about science, and science outcome expectations; and (v) all four science-related attitudes and beliefs played full mediating roles in the relationship between informal science learning experiences and career expectations. [ABSTRACT FROM AUTHOR]

The number of women and underrepresented individuals working in science, technology, engineering and mathematics (STEM) fields does not reflect the diversity of our societies. Even if children have an interest in STEM, they may not consider choosing a study or career in that direction if their perception is that they would not belong in science. This study examines the effects of a STEM lesson series aimed at inclusivity and diversity on children's perception and sense of belonging in space science. Before and after the lesson series, children filled out a questionnaire aimed at eliciting their perception of space science and space scientists. After the lessons, a subsample of children was interviewed about the effects of the lesson series on the children's perception and sense of belonging regarding space science. Six months after the last lesson took place, children from two classes filled out a short survey with open questions to measure retention. The results of this study showed that the lesson series had a significant impact on children's perception of space scientists, and that the implementation of the lessons facilitated thinking about (a future in) space science. This lesson series has succeeded in changing children's perception of space scientists as a diverse and international group of people. [ABSTRACT FROM AUTHOR]

The intelligence services compete with other public and private bodies to recruit the best candidates. Therefore, they must design specific recruitment policies to attract the young talent they need. However, the variables associated with the desire to work for these agencies among young people is still unknown. In this study, we explore these variables based on a survey administered to 2,888 young university students in Spain. The results reveal that social science students and those with greater satisfaction with democracy and trust in political institutions are more willing to work for the Spanish National Intelligence Centre. [ABSTRACT FROM AUTHOR]

We aimed to evaluate the levels of Burnout Syndrome (BS) in Agricultural Sciences students, both before and during the COVID-19 pandemic period. We accessed 77 students for Burnout Syndrome using the Maslach Burnout Inventory-Student Survey (MBI-SS) on two occasions, the first in February and the second in October 2020. Sixty-three students completed both phases. The data were analyzed in a mixed factorial scheme (Three-way ANOVA; p < 0.05). Academic efficacy improved over time without interference of sex or physical activity frequency (p < 0.001). The emotional exhaustion domain significantly reduced over time in women who declared to practice physical activity (p = 0.037). A similar effect was observed in both men and women for the cynicism domain (p < 0.001). Online teaching strategies and the regular practice of exercise were associated to reduced levels of BS during the pandemic. The adoption of the emergency remote education system (ERE) associated with the practice of exercise can mitigate the harmful effects of the COVID-19 quarantine on the mental health of students. The ERE can be an effective strategy to mitigate BS levels in Agricultural Science students in the post-pandemic period. This is the first study that presents results of BS in students of Agricultural Sciences, comparing before and during the COVID-19 pandemic. [ABSTRACT FROM AUTHOR]

An inquiry approach to learning can have a positive impact on students' attitudes to science and their science literacy skills; two attributes that have been in steady decline internationally. The professional development of teachers in inquiry science is one way to ensure that teachers are equipped with effective strategies to teach science, particularly in non-metropolitan schools where development opportunities may be limited, and students' attitudes to science are typically less positive than in metropolitan schools. Consequently, this study measured the attitudes to science and science self-efficacy of 133 school students aged 10–15 years from six non-metropolitan schools in Queensland, Australia, and explored the association with teachers' professional development in inquiry science. A survey instrument demonstrating good psychometric properties was derived to measure three components of students' multidimensional attitudes to science: acceptance of an inquiry approach to science, enjoyment of science lessons and career-interest in science. Findings showed that students' attitudes to science and science self-efficacy differed significantly among schools. Teachers' implementation of inquiry pedagogy in these schools was also varied. Students' acceptance of inquiry science, enjoyment of science, career-interest in science and self-efficacy were positively correlated and evident in classrooms that employed a collaborative inquiry approach to teaching science. [ABSTRACT FROM AUTHOR]

This paper explores the spatial dimension of Fleming's Left Hand Rule (LHR), commonly-used in Physics instruction for determining the direction of force using the left hand's thumb, forefinger and middle finger. A new instrument was developed to gauge students' ability to coordinate their fingers in 3D space (egocentric frame of reference) based on representations of tasks on paper/screen (allocentric frame of reference). The LHR scores from a sample of 530 Grade 10 and 11 students revealed a significant correlation to standard spatial reasoning measures, with a reliability of 0.77. About 90% of the students scored less than 10 points out of 22, highlighting the relevance of the spatial skills required for articulating the LHR. Science students performed significantly better than non-Science students. The manipulation of the LHR was strongly influenced by the degree of angular disparity between the body frame and task-defined frame and the kinaesthetic constraints required to rotate the triad of fingers as a perpendicular frame. [ABSTRACT FROM AUTHOR]

Research indicates that teachers lack a sophisticated understanding of Nature of Science (NOS), which in turn, can impact their instructional decisions and students' understanding of NOS. The aim of the study was to investigate United Arab Emirates (UAE) early years' science teacher's (N = 433) perceptions about the NOS. Results obtained from a 70-item questionnaire revealed that teachers have an adequate understanding on many aspects related to science and NOS, especially those pertaining to the 'Social-Institutional', 'Scientific Practices' and 'Educational Applications' categories. However, varied perceptions were found on some key concepts such as the role of bias and prejudices on scientific facts, the employment of same scientific practices across different branches of science, and the influence of politics in science. Misconceptions on particular aspects of NOS were also recognised (e.g. the distinction between laws and theories and the fixed nature of procedures followed in experiments). The findings suggest practical and pedagogical implications for teaching and outline an agenda for further research. [ABSTRACT FROM AUTHOR]

This article introduces a network approach to describe the quality of written scientific explanations. Existing approaches evaluate explanations mainly on the level of sentences or as a whole but not on the elementary level of single terms. Moreover, evaluation of explanations is often based on highly inferential scoring techniques. We addressed both issues by converting the elementary structure of terms in explanations into networks (so-called element maps) and analysing these with mathematical measures, thus extracting the size and complexity of an explanation, adequacy, coherence, and use of key terms. A total of 65 explanations of experts and students were analysed quantitatively and qualitatively. Differences between expert and student maps' measures can be interpreted meaningfully against the background of existing research findings. Thus, we argue that our approach using network analysis provides a precise, fine-grained, and low-inferential tool that complements and refines existing approaches. Element maps have the potential to improve teaching and research by precisely revealing the strengths and weaknesses of explanations. [ABSTRACT FROM AUTHOR]