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1.
Summaries

English

Dr Kubli investigates several central statements from Piaget's cognitive psychology and their meaning for science eduction in that he attempts to clarify them. Among these statements are theses such as: ‘The basis of thought is action’ and ‘The development of thought is characterized by an ever more flexible equilibrium of the structure of the operative entirety’. These statements are supported by Piaget's experiments. In this article, interpretations which appear most suitable for use in deriving consequences for science education are presented. Some characteristic levels of thinking in children are explained in terms of the child's difficulty to switch from a subjective egocentric assimilation of the material world to an objectively verifiable one. The conclusion derived from this is a general one: the communication of the teacher must be conducted as reversibly as possible by presenting in his teaching those of his own assimilation schemata which can be equilibrated by the pupils with the schemata already available to them.  相似文献   

2.

Marilyn Tatarkowski points to Dearing's suggestion that all providers of education and training should take spiritual and moral issues into account in the design and delivery of the curriculum. In her own FE college she found that social science students were generally positive about the idea of a forum to discuss religious and spiritual issues, and that a high percentage of them had become more interested in this area since moving into HE. Having provided a detailed analysis of the concept of spiritual development, she ends by providing both a justification for the inclusion of spiritual development in the FE curriculum and some suggestions as to how this might be done.  相似文献   

3.
ABSTRACT

Ages 10–14 mark a period in which children develop a strong sense of whether science is ‘for them,’ a time that typically coincides with the start of middle school in the United States and their first exposure to more rigorous science classes and testing. Experiences with science in and out of school can shape children's motivation to choose science careers or participate in voluntary science classes later on, for better or worse. We explore the hypothesis that children who engage in more informal educational science experiences at the start of this period are more likely than their peers to obtain and maintain interest, curiosity, and mastery goals in science (together forming a construct called fascination). We measured 983 children's fascination with science at the beginning and middle of sixth grade. We found that the children who participated in informal science during this time were more likely to maintain or have greater fascination than at the start. These findings held while also controlling for many potentially confounding covariates and are robust across subgroups by gender and race/ethnicity. Further, the effects are largest for those children whose family generally supports their learning.  相似文献   

4.
Empirical research exploring the spiritual lives of young children in Australia is a field in which scholarship is beginning to emerge. This article reports on one particular finding that emerged from an Australian study seeking to identify some characteristics of children's spirituality in Catholic primary schools. The characteristic has been termed spiritual questing, and pertains to the way in which these children were spiritual seekers, finding authentic ways of connecting with self, others, the world, and with God. In the light of the emergence of this characteristic, this article presents some implications for religious education in faith contexts for nurturing children's spirituality.  相似文献   

5.

According to cognitive and spiritual developmental theories, individuals construct and transcend their previous thought processes by incorporating more sophisticated ways of understanding the world as they progress through stages requiring efforts in different modes of thought. These theories focus on the importance of contextual variables in development and emphasize that these variables will spark a change in cognitive and spiritual development or awareness. We have investigated the effects of blended learning on cognitive learning and spiritual interpretations of science teacher candidates. The study with a quasi-experimental design had 54 science teacher candidates attending the science education department of a state university in Turkey. Our study showed that when learning Einstein’s theory of special relativity, a blended learning environment affects students’ cognitive learning positively. In the spiritual sense, too, significant results were found in favor of the blended learning group students. This effect that triggers spiritual change has been discussed in two contexts: “the effect embedded in the variable” and “indirect effect from the variable.” If supported by further research, the results of this study suggest that the spiritual dimension can be incorporated into three domains of learning, namely cognitive, affective, and psychomotor.

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6.

Kevin McCarthy sees a slight irony in the idea of inspecting the spiritual dimension of education. Nevertheless, he argues strongly that schools' response to this should be creative. The resulting policy must be a whole-school one that involves both horizontal and vertical curriculum development. In the second part of his paper he describes how, in his own school, a programme is being developed which goes beyond the mechanistic approach to science typically found in examination syllabi. Starting from the students' own perceptions, this programme considers the big issue which underlies science: that of ‘the spiritual dimension’.  相似文献   

7.
Abstract

In order to address national standards for educational technology, science teaching and science teacher preparation (including diversity standards), preservice teachers instruct children from around the world via the Internet in the MOON (More Observations of Nature) Project. First, children in the fourth to eighth grade and preservice teachers independently observe the moon for 10 weeks. Then for 6 weeks in Blackboard CourseInfo, discussion groups composed of one preservice teacher plus 8–10 children report observations and seek patterns in their data. This article describes how the MOON Project has been carried out for five semesters and how modifications have been made in response to each semester's experience.  相似文献   

8.
ABSTRACT

The publication of Noah & Eckstein's Toward a Science of Comparative Education (1969, Macmillan, NY) marked the beginning of an increasingly narrow research trajectory in comparative education, claiming a universality for Western knowledge and privileging scientific rationality in research. Juxtaposing the ‘science’ to Lewis Carroll’s ‘Alice in Wonderland’, such comparative education relegated more-than-human worlds and spiritual domains of learning – and being – to our collective pasts, personal childhood memories, or imaginations. How can we reorient and attune ourselves toward a Wonder(land), rather than a Science of comparative education exclusively, opening spaces for multiple ways of making sense of the world, and multiple ways of being? How can we reanimate our capacity toengage with a more-than-human world? Based on the analysis of children’s literature and textbooks published during various historical periods in Latvia, this article follows the white rabbit to reexamine taken-for-granted dichotomies – nature and culture, time and space, self and other – by bringing the ‘pagan’ worldviews or nature-centred spiritualities more clearly into focus, while reimagining education and childhood beyond the Western horizon.  相似文献   

9.

This research examines whether UK primary teachers are aware of the potential of highly able young 'scientists' and whether they differentiate their teaching accordingly. The support that the National Curriculum gives to highly able children is also examined. A questionnaire was chosen for initial data collection, followed by a semi-structured interview with teachers who sent children to master classes. Analysis would indicate that teachers recognize that children who are scientifically highly able have the capacity to use higher order thinking to perform all aspects of science investigations. There does, however, seem to be a mismatch between theory and practice. The data from the questionnaires suggest that teachers do use a variety of methods to differentiate their science teaching. There was, however, no correlation between teachers' opinions related to scientifically able children's investigative skills and the associated methods of differentiating their teaching. The interview data reinforced this further as many able children had been given limited experience of science investigations in mixed ability groups.  相似文献   

10.

Enrichment for mathematically gifted students in the elementary school needs to extend beyond puzzles or busywork and support the development of mathematical power through a differentiated curriculum. This article describes a series of enrichment experiences that were designed to develop young gifted children's understanding of large numbers, which was central to their investigation of space travel. Although large numbers are not traditionally included in the mathematics curriculum for young children, the children in this group responded enthusiastically to the enrichment experiences. These experiences provided the children with an opportunity to understand the large numbers they encountered in science resource material and to develop their mathematical power.  相似文献   

11.
This qualitative research explores children's environmental identity by describing how fifth grade children view their relationship with the natural world alongside their experience of elementary school science. Qualitative analysis of in-depth interviews with 17 grade 5 children was supported with a survey that included responses to open-ended survey items. Analyses convey that children recognize and describe their own environmental identity, but that identity is often unacknowledged in the science classroom. This lack of acknowledgment may limit connections of school science to children's interests and emotional attachment to the natural world.  相似文献   

12.
In this study we explored how dramatic enactments of scientific phenomena and concepts mediate children's learning of scientific meanings along material, social, and representational dimensions. These drama activities were part of two integrated science‐literacy units, Matter and Forest, which we developed and implemented in six urban primary‐school (grades 1st–3rd) classrooms. We examine and discuss the possibilities and challenges that arise as children and teachers engaged in scientific knowing through such experiences. We use Halliday's (1978. Language as social semiotic: The social interpretation of language and meaning. Baltimore, MD: University Park Press) three metafunctions of communicative activity—ideational, interpersonal, and textual—to map out the place of the multimodal drama genre in elementary urban school science classrooms of young children. As the children talked, moved, gestured, and positioned themselves in space, they constructed and shared meanings with their peers and their teachers as they enacted their roles. Through their bodies they negotiated ambiguity and re‐articulated understandings, thus marking this embodied meaning making as a powerful way to engage with science. Furthermore, children's whole bodies became central, explicit tools used to accomplish the goal of representing this imaginary scientific world, as their teachers helped them differentiate it from the real world of the model they were enacting. Their bodies operated on multiple mediated levels: as material objects that moved through space, as social objects that negotiated classroom relationships and rules, and as metaphorical entities that stood for water molecules in different states of matter or for plants, animals, or non‐living entities in a forest food web. Children simultaneously negotiated meanings across all of these levels, and in doing so, acted out improvisational drama as they thought and talked science. © 2009 Wiley Periodicals, Inc. J Res Sci Teach 47: 302–325, 2010  相似文献   

13.

In-depth analysis of science teachers' idiosyncratic instructional behaviors combined with the notion of deliberated 'teacher reflection' as a means of improving professional teaching practice has become one of the most pervasive concepts to influence science teacher education during the past decade. Sweeney and coworkers have described how the notion of teacher reflection and Lytle and Cochran-Smith's typology of teacher research were utilised to examine the relationships between a beginning high school chemistry teacher's articulated personal practice theories and his actions as demonstrated by his curricular decisions and instructional practices. Using data drawn from the previous study, this report focuses on examining how the methodological approach taken in the investigation (explicit, deliberate articulation and analysis of a teacher's instructional behaviors and rationales within the context of a mentoring relationship) may serve as a useful model for teacher professional development across all areas of instruction.  相似文献   

14.
Abstract

This paper summarises the results of an investigation of Solomon Islands secondary school students’ interpretations of three concepts: vision, animals and burning. Internal comparisons among the three areas and external comparisons with findings reported from other societies are made. While some support is given to the idea that children from different cultures may develop similar conceptions, this support is qualified and is shown to be dependent on the type of phenomenon investigated. The degree to which there is immediate personal experience of phenomena may be important, as may the presence or absence of culturally supported explanations. The commonly reported resistance of children's conceptions to school science teaching is also shown not to be universally true. The article ends with a plea for caution in the cross‐cultural extrapolation of research into children's conceptions.  相似文献   

15.
Editorial comment and summaries

English

Drs Kjöllerström and Lybeck present here a brief report of their European survey of master's and doctoral dissertations in science education, undertaken subsequently to a workshop on Research in Science Education in Europe held at Malente, FR Germany in 1976. The full report of their survey has recently been published by the Institute for Science Education (IPN), Kiel, FR Germany.

The article published here reports on the distribution, size and organization of science education research groups, their areas of research interest and higher degree programmes. It also surveys the main areas of science education research at master's and doctoral level undertaken during the period 1971‐1976, and the employment taken up by master's and doctoral students upon completion of their studies.  相似文献   

16.
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17.
《学校用计算机》2013,30(3-4):237-246
Summary

We want children to WANT to learn. Since they have a natural curiosity about so many things in their world, it is only right to base our teaching strategies around this curiosity. If we disguise our teaching objectives as child-centered activities, our students will soon realize that learning is fun and not something to dread. People often have a natural bond with animals, especially with cats and dogs. We have used technology to support our students' inquiry as they observed a puppy and kitten throughout several months. By linking technology with our county objectives, the Maryland School Performance Assessment Program science outcomes (MSPAP) and the National Science Education Standards we have provided the students with an exciting, real-world experience.  相似文献   

18.
Abstract

A major challenge for teacher preparation programs and future teachers is learning to work skillfully with the diversity of children in American classrooms. This paper describes a tool developed to address this challenge: the Learning and Teaching Assessment System (LTAS). The LTAS is a performance‐based, curriculum‐embedded assessment tool designed to uncover young children's strengths in different curricular areas as well as their approaches to learning. Developed for use with children 3–8 years of age, the LTAS helps teachers understand what children know in relation to key concepts in the different disciplines as well as how they learn in order to further their learning in subsequent days and weeks of teaching. The development of the LTAS is based primarily on two theoretical frameworks: Leont'ev's activity theory and Gardner's theory of multiple intelligences. To examine the efficacy of the LTAS in its proposed objectives, a pilot study was conducted; results point to the potential of the LTAS for helping student teachers uncover new information about children to guide future instruction.  相似文献   

19.

The aim of this paper is not to bury practical work in school science but to (once again) reconsider it. We draw on three main areas of discussion: accounts of science and ‘school science work'; teachers and others’ views of the nature of science; and our own data on teachers’ reactions to ‘critical incidents’ and practicals which go wrong. We use this as a basis for re‐thinking the role of practicals. An account of practical work is suggested which has as its main feature diversity rather than a single model or template. Within this diversity we believe that teachers should be open and honest with pupils about which type of practical work they are doing and why. We advocate that students should be made aware of the different kinds of practical work they do and the purposes of this practical work. In short, teachers should explain to students what type of practical work they are doing and why. Our second message is that teachers’ views about the nature of science both inform and are informed by their classroom practices and experiences‐‐especially during lab‐work. To encourage, promote and support critical reflection of these classroom practices and experiences is therefore a vital part of teacher professional development; this in time will promote science curriculum development.  相似文献   

20.

This paper examines how science education becomes institutionalized in Third World countries using Malaysia as a case study. The findings shows that the development of science education in Malaysia has been greatly influenced by international trends and the country's socio‐political development. Science gained a place in the school curriculum in the midst of British colonial rule. The strong colonial influence on school science continued throughout the early independence period but, in the 1980s, external influences on science education came from both Western and Islamic countries. In each of the historical periods, external world cultural forces interacted with internal socio‐political forces resulting in a national science curriculum which is in accord with world cultural rules but at the same time quite indigenous in character. This study also suggests that while each nation‐state aspires to develop an indigenous form of science education that would best suit the national context, the outcome tends to be more universalistic than particularistic due to global influences.  相似文献   

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