Exploring children's understanding of death concepts

This study is an investigation of the effects of death education on children and their understanding of death. The participants of this study were eighty 5- and 6-year-olds who were enrolled in a suburban kindergarten in Korea. To examine the level of children's understanding of death, researchers interviewed each child in both the control and experimental groups. After the interview, researchers provided an intervention (11 educational activities) to the experimental group. No educational intervention was provided to the control group. Researchers re-interviewed children in both groups after the treatment. The overall mean score of the experimental group was significantly higher than that of the control group on all five categories of the death concept: causality, old age, irreversibility, finality, and inevitability. Implications regarding how death education can be approached in early childhood settings are also discussed.     

Young children's understanding of random phenomena

2 experiments on the development of the understanding of random phenomena are reported. Of interest was whether children understand the characteristic uncertainty in the physical nature of random phenomena as well as the unpredictability of outcomes. Children were asked, for both a random and a determined phenomenon, whether they knew what its next outcome would be and why. In Experiment 1, 4-, 5-, and 7-year-olds correctly differentiated their responses to the question of outcome predictability; the 2 older groups also mentioned appropriate characteristics of the random mechanism in explaining why they did not know what its outcome would be. Although 3-year-olds did not differentiate the random and determined phenomena, neither did they treat both phenomena as predictable. This latter result is inconsistent with Piaget and Inhelder's characterization of an early stage of development. Experiment 2 was designed to control for the possibility that children in Experiment 1 learned how to respond on the basis of pretest experience with the 2 different phenomena. 5- and 7-year-olds performed at a comparable level to the same-aged children in Experiment 1. Results suggest an earlier understanding of random phenomena than previously has been reported and support results in the literature indicating an early understanding of causality.     

Elementary teachers' epistemological and ontological understanding of teaching for conceptual learning

The purpose of this study was to examine the ways in which elementary teachers applied their understanding of conceptual learning and teaching to their instructional practices as they became knowledgeable about conceptual change pedagogy. Teachers' various ways to interpret and utilize students' prior ideas were analyzed in both epistemological and ontological dimensions of learning. A total of 14 in‐service elementary teachers conducted an 8‐week‐long inquiry into students' conceptual learning as a professional development course project. Major data sources included the teachers' reports on their students' prior ideas, lesson plans with justifications, student performance artifacts, video‐recorded teaching episodes, and final reports on their analyses of student learning. The findings demonstrated three epistemologically distinct ways the teachers interpreted and utilized students' prior ideas. These supported Kinchin's epistemological categories of perspectives on teaching including positivist, misconceptions, and systems views. On the basis of Chi's and Thagard's theories of conceptual change, the teachers' ontological understanding of conceptual learning was differentiated in two ways. Some teachers taught a unit to change the ontological nature of student ideas, whereas the others taught a unit within the same ontological categories of student ideas. The findings about teachers' various ways of utilizing students' prior ideas in their instructional practices suggested a number of topics to be addressed in science teacher education such as methods of utilizing students' cognitive resources, strategies for purposeful use of counter‐evidence, and understanding of ontological demands of learning. Future research questions were suggested. © 2007 Wiley Periodicals, Inc. J Res Sci Teach 44: 1292–1317, 2007     

Prediction of students' argumentation skills about controversial topics by epistemological understanding

This study focuses on the contribution of overall epistemological understanding to argumentation skills, after controlling for topic knowledge and interest, in eighth graders. Students were introduced to two controversial topics, global warming and genetically modified food, through the reading of a two-sided text on each topic. After reading, students were asked to generate an argument, a counterargument, and a rebuttal for each topic. Findings from hierarchical regression analyses show that epistemological understanding was a significant predictor of all three components of argumentation skills for both controversies. In addition, participants at the evaluativist level of overall epistemological understanding generated arguments, counterarguments, and rebuttals of a higher quality than participants at the multiplist level. Findings were substantially replicated by a domain-specific analysis of epistemological understanding. Topic knowledge moderately, but significantly, contributed to the production of rebuttals about transgenic food only, while topic interest did not play a significant role.     

TALKING GEOGRAPHY: an investigation into young children's understanding of geographical terms PART 2

This research investigates the understanding by children of seven years of age of certain geographical terms and compares data collected in 1991, reported in an earlier paper, with that collected in 1993, after two years’ implementation of the English National Curriculum for Geography. The findings do not indicate any significant difference in the quality and range of response by the children. Most children, from both samples, appeared to show restricted or inconsistent understanding of most of the terms. It is clear from the research that children construct their own meanings for particular words, based on intuition and experience together with some formal teaching, but that even vernacular terms can present difficulties for them. Children have particular problems in conceptualising space. Further investigation of children's constructions, related to specific geographical concepts, is therefore urgently needed if geography teaching programmes are to be designed with adequate reference to the cognitive demands of particular aspects of the subject. We need to know more about children's views of geography.     

TALKING GEOGRAPHY: an investigation into young children's understanding of geographical terms PART 1

This research investigates the understanding by children of seven years of age of certain geographical terms. These terms are selected from the programme of study for geography for Key Stage 1 within the English National Curriculum (this approximates to the first two years of compulsory schooling in England ie. from 5 to 7 years). These terms represent some of the basic geographical concepts which teachers are required to teach at this stage. The interviews took place prior to the implementation of the English National Curriculum for Geography, in June 1991, and further interviewing is now being undertaken after two years’ implementation of the Curriculum to enable comparisons to be made. The initial findings clearly indicate that children of this age have considerable difficulty with some concepts and that even vernacular terms are often misunderstood. The research provides useful insight into the language young children currently use to describe geographical features. The ways in which young children respond to this type of questioning are discussed in relation to assessment and a preliminary analysis is made of the implications of the outcomes of the study for the teaching of geography to young children.     

儿童新词记忆保持的调查研究

2008年12月,我们对重庆市位于农村、城郊、城市的三所小学的若干学生做了关于儿童新词记忆保持情况的抽样调查。语料表明。记忆保持情况与词语抽象程度、笤力水平、思维模式、记忆方法、识记情况等有关系。     

Deaf children's understanding of beliefs and desires

Twenty-two children (5-12 year old) who were profoundly, prelingually deaf were given two tests designed to tap their 'theory of mind', that is, their ability to attribute independent mental states to other people. The tests were versions of Baron-Cohen, Leslie, and Frith's Sally-Anne task and of Baron-Cohen's breakfast task. Seventy percent of the children were successful on all questions requiring belief attribution, a considerably and significantly larger percentage than the 29% obtained by Peterson and Siegal for a similar sample, though it is still lower than would be expected on the basis on chronological age. Children were universally successful on questions requiring the attribution of desire. We discuss implications of the findings.     

Young children's understanding of counting and cardinality

4-year-old's knowledge of counting and cardinality--the last count word reached represents the numerosity of the set--was tested in 2 experiments. Experiment 1 investigated the nature of early cardinality responses by presenting different forms of the cardinality question before, after, and before and after the child counted. Both type and time of question has large effects. Experiment 2 examined whether children of this age could recognize errors in 4 counting procedures and whether they would reject a cardinality response arrived at through a mistaken counting procedure. The children were very good at recognizing a standard counting procedure as correct. They had only limited success at treating procedures that violated the stable order of count words or violated the one-one correspondence between count word and object as incorrect. They lacked an understanding of the order irrelevance in that they judged valid, nonstandard counting orders as incorrect. The children did not seem to link their evaluation of a cardinality response with their evaluation of the counting procedure used to reach that response. The results do not indicate that counting principles initially govern the child's acquisition of counting knowledge. They are consistent with the suggestion that early cardinality responses are last-word responses.     

Societal differences and their influences on children's mathematics understanding

England and Taiwan are two societies in which the languages, the rationales of education, the teaching orientations and the learning motivations in school are very different. Would such differences influence children's mathematical understanding? This problem will be my main concern in this paper.     

The development of children's understanding of intensive quantities

Researchers have been aware for some time of the differences between extensive and intensive quantities but the significance of these differences has not been recognized in mathematics curricula. In England children are provided with many opportunities in their first few years in school to manipulate, measure and reason about extensive quantities but have virtually no opportunity to do the same with intensive quantities. This paper contrasts extensive and intensive quantities and describes the obstacles to primary school children's understanding of intensive quantities: the need to consider two variables simultaneously and the difficulty of understanding inverse relations between variables. Study 1 shows that children have considerable difficulty in using inverse relations reasoning. Study 2 shows that this form of reasoning is more difficult in the context of intensive than extensive quantities problems. Implications for education are considered and examples of experiences with intensive quantities that could provided in school are presented.     

Gesture as a window on children's beginning understanding of false belief

Given that gestures may provide access to transitions in cognitive development, preschoolers' performance on standard tasks was compared with their performance on a new gesture false belief task. Experiment 1 confirmed that children (N=45, M age=54 months) responded consistently on two gesture tasks and that there is dramatic improvement on both the gesture false belief task and a standard task from ages 3 to 5. In 2 subsequent experiments focusing on children in transition with respect to understanding false beliefs (Ns=34 and 70, M age=48 months), there was a significant advantage of gesture over standard and novel verbal-response tasks. Iconic gesture may facilitate reasoning about opaque mental states in children who are rapidly developing concepts of mind.     

Translating globalization theories into educational research: thoughts on recent shifts in Holocaust education

Much educational research on globalization aims to prepare students to be successful citizens in a global society. We propose a set of three concepts, drawing on systems theory (Nassehi, Stichweh) and theories of the subject (Butler, Foucault), to think the global which enables educational research to step back from hegemonic discourses and reflect on current practices. Globalization is understood in this approach as referring to: (1) a cognitive shift; (2) expanding relevancy spaces; and (3) new forms of subjectivation. The framework is illustrated with examples from educational policy and learning materials, with an extended look at how globalization is articulated in recent shifts in Holocaust education.     

Almost thinking counterfactually: children's understanding of close counterfactuals

Saying something "almost happened" indicates that one is considering a close counterfactual world. Previous evidence suggested that children start to consider these close counterfactuals at around 2 years of age (P. L. Harris, 1997), substantially earlier than they pass other tests of counterfactual thinking. However, this success appears to result from false positives. In Experiment 1 (N = 41), 3- and 4-year-olds could identify a character who almost completed an action when the comparison did not complete it. However, in Experiments 1 and 2 (N = 98), children performed poorly when the comparison character completed the action. In Experiment 3 (N = 28), 5- and 6-year-olds consistently passed the task, indicating that they made appropriate counterfactual interpretations of the "almost" statements. This understanding of close counterfactuals proved more difficult than standard counterfactuals.     

Sociocultural input facilitates children's developing understanding of extraordinary minds

Three- to 5-year-old (N = 61) religiously schooled preschoolers received theory-of-mind (ToM) tasks about the mental states of ordinary humans and agents with exceptional perceptual or mental capacities. Consistent with an anthropomorphism hypothesis, children beginning to appreciate limitations of human minds (e.g., ignorance) attributed those limits to God. Only 5-year-olds differentiated between humans' fallible minds and God's less fallible mind. Unlike secularly schooled children, religiously schooled 4-year-olds did appreciate another agent's less fallible mental abilities when instructed and reminded about those abilities. Among children who understood ordinary humans' mental fallibilities, knowledge of God predicted attributions of correct epistemic states to extraordinary agents. Results suggest that, at a certain point in ToM development, sociocultural input can facilitate an appreciation for extraordinary minds.     

Role of epistemological understanding and interest in interpreting a controversy and in topic-specific belief change

This study focuses on the influence of high school students’ (10th and 11th grade) epistemological understanding and topic interest on their interpretation of a dual-position expository text about genetically modified food, as well as on the change in their beliefs about the topic. After reading, students were given different tasks: (1) to write a conclusion for the text, which presented two opposing positions but lacked an overall concluding paragraph, (2) to write personal comments on the text, (3) to answer questions on conceptual understanding, and (4) to rate their interest in the text. Participants were also asked to rate their beliefs about transgenic food before and after reading the text. The findings show the effects of students’ level of epistemological understanding when writing conclusions to the text, and commenting on (a) the role of science and scientists’ work with respect to nature, (b) the need for further scientific investigation, and (c) the effective value of transgenic food production. Students’ topic interest affected their answers to the questions on the text arguments and their text-based interest. In addition, after reading, a change emerged in students’ beliefs about the topic in relation to their epistemological understanding.     

The development of children's understanding of cyclic aspects of time

Developmental psychological approaches to the study of time have fallen into 3 categories: studies of time perception; studies of logical, reconstructive abilities; and studies of the understanding of conventional time systems. The present work examines problems spanning the latter 2 categories--the development of children's understanding of temporal cycles and the relationship between cyclic concepts and cognitive development. 62 children, ranging in age from 4 to 10 years, were administered Piagetian tests of classification and seriation and a variety of specially designed cyclic tasks. Results show major progress in the representation of cyclic order and recurrence during the age period examined. For a variety of particular cycles, order responses were shown before continuity responses. The ability to produce a correct order is related to seriation performance but not classification performance when the variance attributable to age is partialed out. Continuity responses appear to be unrelated to performance on either of the Piagetian tasks tested when age is controlled.