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Continuous Issues in Numerical Cognition
How Many or How Much
This cutting-edge book examines the possibility that perception and evaluation of non-countable dimensions may be involved in the development of numerical cognition, including such related issues as numerical cognition's, brain basis, development, breakdown in brain-injured individuals, and relationships to failure to master mathematical skills
Avishai Henik (Edited by)
9780128016374
Hardback, published 7 June 2016
456 pages
22.9 x 15.1 x 2.8 cm, 0.86 kg
Approx.432 pages
SECTION I. DEVELOPMENT 1. Development of quantitative thinking across correlated dimensions Kelly S. Mix, Susan C. Levine and Nora S. Newcombe 2. Link between numbers and spatial extent from birth to adulthood Maria Dolores de Hevia 3. Catching math problems early: Findings from the number sense intervention project Nancy C. Jordan and Nancy Dyson 4. Contextual sensitivity and the large number word bias: When is bigger really more? Michèle M. Mazzocco, Jenny Yun-Chen Chan and Maria Sera 5. Learning, ageing, and the number brain Marinella Cappelletti 6. The development of counting ability - An evolutionary computation point of view Gali Katz, Amit Benbassat and Moshe Sipper SECTION II. ANIMAL STUDIES 7. Number vs. continuous quantities in lower vertebrates Christian Agrillo, Maria Elena Miletto Petrazzini and Angelo Bisazza 8. Going for more: Discrete and continuous quantity judgments by nonhuman animals Michael J. Beran and Audrey E. Parrish SECTION III. PROCESSES AND MECHANISMS 9. Number sense: What's in a name and why should we bother? Bert Reynvoet, Karolien Smets and Delphine Sasanguie 10. The distribution game: evidence for discrete numerosity coding in preschool children Alain Content and Julie Nys 11. Magnitudes in the coding of visual multitudes: Evidence from adaptation Frank H. Durgin 12. The ordinal instinct: A neurocognitive perspective and methodological issues Orly Rubinstein 13. Discrete and continuous presentation of quantities in science and mathematics education Ruth Stavy and Reuven Babai 14. The interaction of numerical and non-numerical parameters in magnitude comparison tasks with children and their relation to arithmetic performance Swiya Nath and Denes Szucs SECTION IV. MODELS 15. Symbolic and nonsymbolic representation of number in the human parietal cortex Moriah Sokolowski and Daniel Ansari 16. What do we measure when we measure magnitudes? Tali Leibovich, Arava Y. Kallai and Shai Itamar 17. How do humans represent numerical and non-numerical magnitudes? Evidence for an integrated system of magnitude representation across development Stella F. Lourenco 18. The sensory integration theory: An alternative to the approximate number system Wim Gevers, Roi Cohen Kadosh and Titia Gebuis
Subject Areas: Neurosciences [PSAN], Mathematical foundations [PBC], Cognition & cognitive psychology [JMR]
