Supporting young children's explanations through inquiry science in preschool

This study examines the ways in which preschool teachers support the development of children's explanatory language through science inquiry. Two classrooms in a preschool center using a science inquiry curriculum were videotaped during a 5-week unit on color mixing. Videotapes were analyzed for how teachers facilitated children's explanatory language. An assessment of explanatory language was administered to 47 children in the center before and after the color mixing unit. Analysis of discourse revealed that teachers engaged children as conversational partners and as scientific investigators responsible for their own learning. Explanations were dynamically co-constructed by adults and children within the context of participation in scientific inquiry. By the end of the unit, children produced more on-topic responses, more standard color-mixing terms, and more causal connectives in their responses to the assessment of explanatory language.     

Hearing children's voices in the early years

In this article Hannah Mortimer explores how even very young children can be consulted and included when planning for their education and needs. This allows early years practitioners to ensure that the children they support have equal opportunities, feel involved and successful in their learning and play, and are given activities and interventions to suit their interests and strengths. Various approaches are described here for including young children with special educational needs (SEN) and other disabilities in their foundation stage education. These include observation and interpretation, talk‐through approaches, play‐based assessment and intervention, use of art‐work, role play and stories, welcome profiles and personal records, increasing all children's awareness of SEN and developing inclusive and enjoyable approaches for everybody.     

The continuity of learning in a translanguaging science classroom

Cultural Studies of Science Education - This article aims to explore and clarify how students’ use of first and second languages in a translanguaging science classroom (TSC) may affect the...     

Becoming a problem: Behaviour and reputation in the early years classroom

How does it happen that some children acquire a reputation as a ‘problem’ in school? The article discusses some findings of a qualitative study involving children in the Reception year (ages 4–5). The research focused on problematic behaviour as this emerged within, and was shaped by, the culture of the classroom. A key question for the research was: what makes it difficult for some children to be, and to be recognised as, good students? Using an analytic framework derived from discourse and conversation analysis, we identify some critical factors in the production of reputation, including: the ‘discursive framing’ of behaviour; the public nature of classroom discipline; the linking of behaviour, learning and emotions; the interactional complexities of being (seen to be) good, and the demands on children of passing as the ‘proper child’ required by prevailing discourses of normal development, as coded in UK early years curriculum policy and pedagogy.     

Active classroom participation in a Group Scribbles primary science classroom

A key stimulus of learning efficacy for students in the classroom is active participation and engagement in the learning process. This study examines the nature of teacher–student and student–student discourse when leveraged by an interactive technology—Group Scribbles (GS) in a Primary 5 Science classroom in Singapore which supports rapid collaborative knowledge building (RCKB). We envisaged nine design principles for RCKB in the design of lessons and postulated a logic model that links and explains the effects of our design principles to the ultimate goal of learning efficacy. We presented a case study of a GS lesson which shows that GS affordances leveraged by good lesson and activity design could enable the students to have more epistemic agency. Students had opportunities to participate spontaneously in class discussions by fully expressing their ideas without inhibition. The technology effect is used to support instant formative feedback and interactions among students effectively.     

Silencing of voices in a Swedish science classroom

From a sociocultural perspective, I discuss data from a Swedish science classroom presented in María Gómez’s article “Student Explanations of their Science Teachers’ Assessments, Grading Practices, and How they learn Science”. In this discussion, I focus on the need to change existing conceptions of assessment in the teaching and learning of science. Next, I talk about the importance of taking into consideration the dialectic between agency and passivity as filters in order to understand what student silence may signify in science classes as well as in relation to their perceptions of assessment. I conclude with the importance of the teacher’s role in developing formative assessment, along with the challenges in developing assessments which transform science education into a relevant field of knowledge for both students and society at large.     

Teacher self-report on learner engagement strategies in the early years classroom

Effective engagement of young children in the classroom is a critical step toward achieving positive learning outcomes. The Learning and Engagement Questionnaire (LEQ) was developed by the first two authors to identify ways in which teachers strive to engage learners in the classroom. In this study, the factor structure of the LEQ is examined. Participants were 274 teachers of children in their first 3 years of formal schooling. An exploratory factor analysis was conducted and supported a five factor solution: Goal Directed Learning; Task Selection; Teacher Responsiveness; Intensive Teaching; and Planning the Learning Environment.     

Re/Production of science process skills and a scientific ethos in an early childhood classroom

Many educators and researchers are convinced that age limits what students can learn and achieve in science. Elementary school curricula focus on isolated process skills under the faulty assumption that young students are not capable of combining the process skills and content knowledge necessary for reasoning scientifically. In the present study, I demonstrate that many process skills are produced in conversations between second grade students and between these students and their teachers, including: questioning, hypothesis formation, experimental design, identifying relevant evidence, critical analysis of hypotheses and predictions, hypothesis reconstruction, and variable identification. Through conversation analysis I show that most classroom community members adopted the role of skeptic at some time, but there was a strong tendency to defer to authoritative sources when resolving debates. This latter observation led to further investigation of when and how authoritative sources were consulted and used, and when and how a skeptical stance was taken. I show that, as students used science process skills and interacted with each other and teacher-mediators, community practices, values, and mores were shaped and an ethos of science began to emerge. It is my contention that this ethos often emerges unconsciously as part of the community’s dynamic set of rules and schema. Teachers who are attuned to the tension between open-mindedness and skepticism, and how they and their students cope with this dialectic, however, can actively shape the scientific ethos of their classroom community.     

The role of target students in the science classroom

This study investigated whole class interactions in 200 science lessons involving 15 teachers and students from grades 8 to 12 in two urban Australian high schools. A relatively small number of 3–7 “target students” monopolized whole class interactions. In most instances target students were male. Compared to others in the class, target students asked more questions of the teacher, were called on to respond to higher cognitive level questions, and received higher quality feedback. Two types of target student were identified. The students who actively participated in classroom interactions in a self-initiated manner tended to accept responsibility for their academic achievement and for interactions with others. The second type of target student, who participated as a consequence of being selected by the teacher, tended to have higher formal reasoning ability and achieve at a higher level than others in the class.     

Hyperactive children's perceptions of teachers' classroom behavior

The relationship between hyperactive behavior and children's perceptions of teachers' behavior was investigated. Particular attention was paid to two aspects of teacher behavior—acceptance and demand. An extensive literature review supported the position of viewing hyperactive behavior from a situational and an interactional perspective. The literature also indicated that children's behavior is affected by their perceptions of adult behavior. The subjects were 92 boys enrolled in 8 regular elementary school classrooms. Children's perceptions of acceptance and demand in their teacher's behavior were measured by administering a partial form of the Teacher Behavior Questionnaire to classroom groups. Observed levels of hyperactive behavior were measured by having the subjects' teachers complete the Conners Abbreviated Questionnaire for each boy. Using correlational analyses, hyperactive behavior was found to be significantly related to both variables in the directions of less perceived acceptance and greater perceived demand. The combination of these two measures accounted for 16% of the variance between hyperactivity and student perception of teacher behavior. On group comparison measures, hyperactive boys perceived significantly less acceptance and greater demand than did their nonhyperactive peers.     

Semiotic work in the science classroom

Cultural Studies of Science Education - This review is on Lilian Pozzer and Wolff-Michael Roth’s “A cultural-historical perspective on the multimodal development of concepts in science...     

The impact of a science demonstration on children's understandings of air pressure

Constructivist theory guided our investigation of the impact of a scientific demonstration on children's understandings of air pressure. Primary data sources included children's written and oral interview responses. For one-third of the children, the demonstration reinforced previous understandings. These children appeared to utilize their prior knowledge and experiences to construct the purpose and meaning of the demonstration. Therefore, these children's understandings were not sufficiently challenged by observing the demonstration or the social interactions that occurred. Recommendations for using demonstrations to promote children's scientific understandings are presented herein.     

A comparison of student thinking in a mathematics and a science classroom

Conclusion This study represents the second phase of a major research project. Much of the data has confirmed what emerged in the first phase (Marland & Edwards, 1982), particularly the idiosyncratic nature of student functioning and the complexity of the teaching/learning process. In the mathematics and science classrooms studies it appeared that neither was more coercive of student attention or lesson-relevant thinking. However the maths lessons elicited more conscious application of learning processes and more involvement in wider classroom activities, particularly responding to teacher questions. The science lessons involved more interaction with the neighbour and a much greater variety of student mental and physical activity. The Grade 8 students in this study, when compared with the Grade 10 and 11 students from phase one, were much more straightforward in their reactions and interactions, and were much more compliant. The complex deception strategies and involved interpretations and attributions so prevalent with the more senior students were almost completely absent with the Grade 8 students. The size of difference was an unexpected result and appears a fascinating area for future research.     

The role of children's journals in elementary school science activities

Abstract: This article reports on a study that investigated the ways that children's use of science journals aided their acquisition of science understandings in one kindergarten and one fourth‐grade classroom. The questions for investigation were: how does the child contextualize the science experience on the journal page? How do child‐produced graphics on the journal page reflect the children's experiences with other school texts? The study found that children recontextualized their understandings of the science investigation and phenomena by using three types of mental contexts that were reflected in their science journals: these contexts were imaginary, experienced, and investigative worlds. By drawing on these three worlds or internal contexts, the children were able to pull the external phenomenon into an internal context that was familiar to them. The child's construction of ideas about a current science experience as expressed on the journal page may reflect experiences with other conventional texts. In this study the children's representations of their imaginary, experienced and/or investigative worlds were shaped by other texts and structures such as school science texts. © 2000 John Wiley & Sons, Inc. J Res Sci Teach 38: 43–69, 2001     

Providing a contextual base and a theoretical structure to guide the teaching of science from early years to senior years

this paper addresses the need for and the problem of organizing a science curriculum around contextual settings and science stories that serve to involve and motivate students to develop a scientific understanding of the world (with emphasis on physical science). A program of activities placed around contextual settings, science stories and contemporary issues of interest is recommended in an attempt to move toward a slow and secure abolition of the gulf between scientific knowledge and common sense beliefs. A conceptual development is described to guide the connection between theory and evidence on a level appropriate for children, from early years to senior years. For senior years it is also important to connect the activity of teaching to a sound theoretical structure. The theoretical structure must illuminate the status of theory in science, establish what counts as evidence, clarify the relationship between experiment and explanation, and make connections to the history of science. This paper concludes with a proposed program of activities in terms of a sequence of theoretical and empirical activities that involve contextual settings, science stories, large context problems, thematic teaching, and popular science literature teaching.     

A sense of place in the science classroom

Place‐based science education engages with the laboratories of complex reality where natural processes combine with social practice, going beyond the physical world, to encompass the meanings and sense of attachment local residents feel for places. This brief report describes how a university science methods class in a primary teacher training programme situated scientific understandings in the rich cultural context of the historically rural and socio‐economically disadvantaged area of Galicia in north‐western Spain, where agrarian traditions continue to influence local culture. Focusing on student responses to two assignments, this brief report explores how the preparation of lesson plans related to food and environmental investigation projects served to integrate aspects of the natural, social and cultural environment to foster a critical pedagogy of place.