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Ürek, Handan – Science Activities: Projects and Curriculum Ideas in STEM Classrooms, 2020
Germinating a seed is presumably the first experiment made by a child in his life. So, it has an important place both in child's scientific experience and understanding. Despite the significance of the experiment, the literature indicates that students possess various misconceptions related to the concepts of seed and seed germination. So, it is…
Descriptors: Science Experiments, Plants (Botany), Middle School Students, Children
Franse, Rooske K.; van Schijndel, Tessa J. P.; Plankman, Tamara I.; Raijmakers, Maartje E. J. – Science Education, 2021
Research on the impact of guided investigation, including verbal guidance strategies, has expanded in the recent decade, and the current work contributes to this line of research in a museum context. The current in-depth study examines the impact of verbal guidance strategies on family learning at an open-ended museum exhibit, considering…
Descriptors: Museums, Science Experiments, Exhibits, Family Involvement
Lightman, Bernard – Science & Education, 2012
Evolution was a difficult topic to tackle when writing books for the young in the wake of the controversies over Darwin's "Origin of Species." Authors who wrote about evolution for the young experimented with different ways of making the complex concepts of evolutionary theory accessible and less controversial. Many authors depicted presented…
Descriptors: Evolution, Theories, Science Education History, Religion
Hansen, Janice – ProQuest LLC, 2013
This dissertation explored beliefs about learning from multiple related visual representations in science, and compared beliefs to learning outcomes. Three research questions were explored: 1) What beliefs do pre-service teachers, non-educators and children have about learning from visual representations? 2) What format of presenting those…
Descriptors: Science Education, Visual Aids, Visualization, Beliefs
Allen, Michael; Coole, Hilary – Journal of Science Teacher Education, 2012
This paper describes a randomised educational experiment (n = 47) that examined two different teaching methods and compared their effectiveness at correcting one science misconception using a sample of trainee primary school teachers. The treatment was designed to promote engagement with the scientific concept by eliciting emotional responses from…
Descriptors: Student Attitudes, Scientific Concepts, Learning Experience, Misconceptions
Tolson, Siobhan – Primary Science, 2011
Working with evidence is a fundamental part of scientific enquiry. Children should be taught to consider evidence and evaluate it. They should make simple comparisons, comparing what happened with what they expected to happen, and try to explain what happened through drawing on their knowledge and understanding. In this article, the author…
Descriptors: Evidence, Science Education, Science Instruction, Science Curriculum
Toyama, Noriko – Merrill-Palmer Quarterly: Journal of Developmental Psychology, 2011
Four experiments were conducted with Japanese children and adult participants to assess their awareness of the effectiveness of biological and psychological treatments for psychogenic bodily reactions. Study 1 had 116 participants, composed of 4-year-olds (17), 5-year-olds (20), 7-year-olds (24), 10-year-olds (20), and college students (35). The…
Descriptors: Program Effectiveness, Cultural Differences, Psychology, Children
Hood, Bruce M.; Wilson, Alice; Dyson, Sally – Developmental Science, 2006
Children who could overcome the gravity error on Hood's (1995) tubes task were tested in a condition where they had to monitor two falling balls. This condition significantly impaired search performance with the majority of mistakes being gravity errors. In a second experiment, the effect of monitoring two balls was compared in the tubes task and…
Descriptors: Attention, Inhibition, Physics, Scientific Concepts
Bigozzi, Lucia; Biggeri, Annibale; Boschi, Filippo; Conti, Paola; Fiorentini, Carlo – European Journal of Psychology of Education, 2002
This study aimed to verify the efficacy of a strategy for science learning acquisition based on contextual, metacognitive and socio-cultural perspectives, strongly linked to the paradigm of conceptual change. The teaching model we adopted is based on co-operation for the realization of scientific experiences, and included direct observation, pair…
Descriptors: Linguistic Competence, Experimental Groups, Control Groups, Teaching Models