Beschreibung:
This book presents a series of practical activities designed to help teachers build an effective science curriculum for more able children. It focuses on: developing higher order thinking skills using conceptual language; directed activities relating to text for developing higher order skills; and in-depth study topics that emphasize a "e;real product"e; outcome. Activities range from short discussion topics and problems to solve, to whole-day masterclasses. Topics covered include: context enrichment - by team research/discussion and by visit plus follow-up work; general and science-based thinking activities; thinking tools - including zones of relevance; effective organization of information - herring bone diagrams, flow charts, flash cards; argument mapping; analysis and interpretation of data; modeling and using spreadsheets; and science writing activities.
1 Introduction-Some Observations of Gifted Students 2 Talk of Giftedness, Attainment and Gender 3 Giftedness, the Brain and Emotional Intelligence in Learning 4 Defining Thinking in the Curriculum 5 Assessing Understanding to Develop Thinking Skills 6 Implications for Teaching-Thinking 7 Implications for Teaching-Metacognition 8 Implications for Teaching-Intelligence Traits and Learning Styles 9 Implications for Teaching-Context, Role, Language and Content 10 What to Look For in the Schemes of Work 11 Using Science Attainment Target 1 (SC1) 12 Extension by Use of Models and Gerneralised Theories 13 Enrichment by Use of Masterclasses/Cross-curricular Projects References Index