Atjaunināt sīkdatņu piekrišanu

Teaching Primary Science: Promoting Enjoyment and Developing Understanding 2nd New edition [Mīkstie vāki]

(Jauns izdevums: 9781138651838)
4.00/5 (19 ratings by Goodreads)
(University of Northampton), (The Open University, UK), , (University of Northampton)
  • Formāts: Paperback / softback, 440 pages, height x width x depth: 246x189x23 mm, weight: 907 g, colour illustrations
  • Izdošanas datums: 24-Sep-2013
  • Izdevniecība: Routledge
  • ISBN-10: 0273772988
  • ISBN-13: 9780273772989 (Jauns izdevums: 9781138651838)
Citas grāmatas par šo tēmu:
  • Mīkstie vāki
  • Cena: 49,48 €*
  • * Šī grāmata vairs netiek publicēta. Jums tiks paziņota lietotas grāmatas cena
  • Šī grāmata vairs netiek publicēta. Jums tiks paziņota lietotas grāmatas cena.
  • Daudzums:
  • Ielikt grozā
  • Pievienot vēlmju sarakstam
  • Formāts: Paperback / softback, 440 pages, height x width x depth: 246x189x23 mm, weight: 907 g, colour illustrations
  • Izdošanas datums: 24-Sep-2013
  • Izdevniecība: Routledge
  • ISBN-10: 0273772988
  • ISBN-13: 9780273772989 (Jauns izdevums: 9781138651838)
Citas grāmatas par šo tēmu:
'Thought-provoking and entices the reader to take a discerning look at science.' Claire Garven, MA Senior Lecturer at the University of the West of England, Bristol, UK. ~An approach to planning and teaching primary science that gives children permission to question their own preconceptions. This enables teachers to encourage children to actively think and discuss what they see, and give reasons for their developing scientific ideas. Strongly recommended for teachers who want their children to learn to think scientifically.' Jane Gibson, Senior Lecturer and Coordinator of primary science in ITE at the University of St Mark and St John (Marjon), UK This second edition brings science subject knowledge and pedagogy together to support, inform and inspire those training to teach primary science. Written in a clear and accessible way, the book provides comprehensive coverage of science themes. Ideas for teaching and examples from practice provide a basis for inspiring children to explore science and look at the world in new and intriguing ways. Hallmark features Ideas for practice exemplify how you can help children to use scientific knowledge and concepts to satisfy their curiosity about natural phenomena. Something to think about scenarios help to extend and develop your own understanding of key ideas. The companion website includes links to suggested reading and Teachers TV clips for your own development and for use in the classroom. New to this edition A new chapter called Views of Science Learning encourages the teacher to take a central role in helping children develop scientific attitudes, skills and conceptual understanding. Learning Outside the Classroom is a new chapter that provides ideas and guidance that helps to develop childrenaEURO (TM)s scientific skills and knowledge, while also promoting positive attitudes to science. New Global Dimensions sections offer starting points for discussion and research into how scientific ideas can be positively applied and can be used to evaluate the impact of human activity on the natural world. Talk Skills and Science Discussion sections enable you to develop children's scientific knowledge and verbal reasoning skills.

Papildus informācija

A new edition of this interactive, full-colour textbook, the book links subject knowledge and pedagogy in one package to support, inform and inspire those training to teach primary science.
List of photos, illustrations and tables
xiii
Guided tour xviii
Preface xxiii
Acknowledgements xxiv
Publisher's acknowledgements xxv
Part 1 Theory and practice
1(126)
Chapter 1 The pleasure of finding things out
3(10)
Children's attitudes to science
4(2)
Insights into effective science teaching
6(2)
The pleasure of finding things out
8(1)
Storytelling and science teaching
9(2)
Summary
11(1)
Further reading
12(1)
Chapter 2 Views of science learning
13(16)
Overview of science learning
14(1)
Constructivism and enquiry learning
15(2)
The nature of scientific ideas
17(2)
Views on conceptual learning
19(2)
Sociocultural practices
21(2)
Communicating scientific ideas
23(5)
Summary
28(1)
Further reading
28(1)
Chapter 3 Organising how children learn science
29(12)
A three-stage framework for learning science
30(1)
Outline of the three-stage framework
31(2)
An example of the three-stage framework
33(4)
How the framework supports a storytelling approach
37(3)
Summary
40(1)
Chapter 4 Scientific understanding and mental models
41(11)
Mental models and understanding
42(2)
Talk underpins mental modelling
44(4)
Learning to talk about the world in new ways
48(2)
Behind every concept is a fascinating story
50(1)
Summary
50(1)
Further reading
51(1)
Chapters 5 Talk for learning in science
52(9)
The importance of talk for learning of science
53(1)
Exploratory talk and its ground rules
54(1)
Dialogic teaching and children's ideas
55(3)
Talking points: a strategy to promote effective talk
58(2)
Summary
60(1)
Further reading
60(1)
Chapter 6 Scientific enquiry and the passionately curious
61(17)
Science and discovery: what can we expect of children?
62(2)
The outcomes of scientific enquiry
64(1)
Scientific enquiry and its link to narrative
65(1)
Scientific skills and attitudes
66(2)
Types of scientific enquiry
68(5)
Choosing contexts for scientific enquiry
73(3)
Summary
76(1)
Further reading
77(1)
Chapter 7 Planning and assessing children's science learning
78(17)
The nature of formative assessment
79(5)
The nature of summative assessment
84(1)
Planning children's science learning
85(2)
Planning the exploratory stage: choosing strategies to elicit children's ideas
87(2)
Planning the re-describing stage: choosing strategies to help children make sense of the scientific view
89(2)
Planning the application stage: choosing strategies to promote the usefulness of the scientific view
91(2)
Some class management issues
93(1)
Summary
93(1)
Further reading and useful resources
94(1)
Chapter 8 Learning outside the classroom
95(13)
Home-initiated learning
96(1)
School-initiated outside learning
97(1)
Learning in the school grounds
97(4)
Exploring the local area
101(2)
Further away from home
103(2)
Preparing for learning outside the classroom
105(1)
Summary
106(1)
Further reading
106(2)
Chapter 9 The origins of scientific knowledge
108(19)
The nature of scientific knowledge
109(5)
Early scientific theories
114(3)
Christianity's influence on the development of science
117(3)
Galileo's influence on the development of science
120(3)
The new age of science
123(1)
Summary
124(1)
Further reading
125(2)
Part 2 Subject knowledge and ideas for practice
127(267)
Overview
127(2)
Chapter 10 The Earth and beyond
129(27)
Part 1 Subject knowledge
130(1)
Historical context
130(1)
A close-up view of the stars
130(3)
How the universe was created
133(1)
The structure of the solar system
134(6)
Experiences related to the Earth, Moon and Sun
140(5)
Summary
145(1)
Part 2 Ideas for practice
146(1)
Topic: Moon craters -- Age group: Lower primary
146(3)
Topic: Phases of the Moon -- Age group: Upper primary
149(5)
Information and teaching resources
154(2)
Chapter 11 Energy and the well-being of the planet
156(25)
Part 1 Subject knowledge
157(1)
Historical context
157(1)
Understanding energy
157(2)
Types of energy
159(2)
Energy sources
161(9)
Summary
170(1)
Part 2 Ideas for practice
171(1)
Topic: Wind energy -- Age group: Lower primary
171(4)
Topic: Global warming -- Age group: Upper primary
175(5)
Information and teaching resources
180(1)
Chapter 12 Interdependence
181(21)
Part 1 Subject knowledge
182(1)
Historical context
182(1)
Growth in green plants
183(3)
Feeding relationships
186(3)
Decomposers -- nature's recyclers
189(3)
Summary
192(1)
Part 2 Ideas for practice
193(1)
Topic: Food chains -- Age group: Lower primary
193(4)
Topic: Decomposers -- Age group: Upper primary
197(4)
Information and teaching resources
201(1)
Chapter 13 Diversity
202(19)
Part 1 Subject knowledge
203(1)
Historical context
203(1)
The characteristics shared by all living things
203(3)
Life cycles
206(2)
Why there is variation in the same species
208(2)
Classification helps make sense of a complex world
210(2)
Summary
212(1)
Part 2 Ideas for practice
213(1)
Topic: Living and non-living -- Age group: Lower primary
213(3)
Topic: Diversity amongst vertebrates -- Age group: Upper primary
216(4)
Information and teaching resources
220(1)
Chapter 14 Adaptation and evolution
221(24)
Part 1 Subject knowledge
222(1)
Darwin's theory of natural selection
222(5)
Survival of the fittest and adaptation
227(2)
Adaptation in flowering plants
229(1)
Adaptation in animals
230(2)
Effects of changing habitats
232(2)
Summary
234(1)
Part 2 Ideas for practice
235(1)
Topic: Teeth and beaks -- Age group: Lower primary
235(4)
Topic: Body colours and patterns -- Age group: Upper primary
239(4)
Information and teaching resources
243(2)
Chapter 15 Health and well-being
245(22)
Part 1 Subject knowledge
246(1)
Historical context
246(1)
Animal growth
247(1)
Animal nutrition -- the digestive system
248(4)
The cardiovascular system
252(2)
Keeping healthy
254(3)
Summary
257(1)
Part 2 Ideas for practice
258(1)
Topic: Healthy eating -- Age group: Lower primary
258(3)
Topic: Benefits of exercise -- Age group: Upper primary
261(4)
Information and teaching resources
265(2)
Chapter 16 The particle nature of materials
267(21)
Part 1 Subject knowledge
268(1)
Historical context
268(1)
Properties of materials
269(1)
The particle model of matter
270(4)
Reversible and physical changes
274(2)
Summary
276(2)
Part 2 Ideas for practice
278(1)
Topic: Ice and water -- Age group: Lower primary
278(4)
Topic: Melting icebergs -- Age group: Upper primary
282(5)
Information and teaching resources
287(1)
Chapter 17 Changing materials
288(20)
Part 1 Subject knowledge
289(1)
Historical context
289(1)
Elements, compounds and mixtures
290(2)
The periodic table
292(1)
The formation of materials
293(3)
Spectacular chemical reactions
296(3)
Summary
299(1)
Part 2 Ideas for practice
300(1)
Topic: Making new materials -- Age group: Lower primary
300(3)
Topic: Burning and pollution -- Age group: Upper primary
303(4)
Information and teaching resources
307(1)
Chapter 18 Electricity and magnetism
308(22)
Part 1 Subject knowledge
309(1)
Historical context
309(1)
Static electricity
309(2)
Electrical circuits
311(4)
The mysteries of voltage explained
315(1)
Electrical resistance
316(1)
Links between magnetism and electricity
317(2)
Summary
319(2)
Part 2 Ideas for practice
321(1)
Topic: Electric circuits -- Age group: Lower primary
321(4)
Topic: Series and parallel circuits -- Age group: Upper primary
325(3)
Information and teaching resources
328(2)
Chapter 19 Forces and motion
330(21)
Part 1 Subject knowledge
331(1)
Historical context
331(1)
Relationship between force and motion
331(2)
Gravity and weight
333(2)
Air resistance
335(2)
Floating and sinking
337(1)
Friction
338(2)
Summary
340(1)
Part 2 Ideas for practice
341(1)
Topic: Friction -- Age group: Lower primary
341(3)
Topic: Air resistance -- Age group: Upper primary
344(6)
Information and teaching resources
350(1)
Chapter 20 Light
351(22)
Part 1 Subject knowledge
352(1)
Historical context
352(1)
The nature of light
353(4)
How living things sense light
357(5)
The language of light
362(1)
Summary
363(2)
Part 2 Ideas for practice
365(1)
Topic: Shadows -- Age group: Lower primary
365(4)
Topic: How bees see the world -- Age group: Upper primary
369(3)
Information and teaching resources
372(1)
Chapter 21 Sound
373(21)
Part 1 Subject knowledge
374(1)
Historical context
374(1)
The nature of sound
375(4)
Acoustics
379(1)
Hearing sounds
380(3)
Summary
383(1)
Part 2 Ideas for practice
384(1)
Topic: Detecting sound -- Age group: Lower primary
384(4)
Topic: How vibrations create sound -- Age group: Upper primary
388(5)
Information and teaching resources
393(1)
References 394(5)
Glossary 399(6)
Index 405
The authors, who specialise in primary science and science education, worked together at the University of Northampton and are currently engaged in educational consultancy in the UK and overseas. Their main research interests and publications are concerned with promoting the value of social learning, more specifically the effective use of talk for learning and story-telling strategies