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Numerical Magnitude Representations and Individual Differences in Children's Arithmetic Strategy Use
Peer reviewed
Direct linkVanbinst, Kiran; Ghesquiere, Pol; De Smedt, Bert – Mind, Brain, and Education, 2012
Against the background of neuroimaging studies on how the brain processes numbers, there is now converging evidence that numerical magnitude representations are crucial for successful mathematics achievement. One major drawback of this research is that it mainly investigated mathematics performance as measured through general standardized…
Descriptors: Evidence, Semitic Languages, Mathematics Achievement, Symbols (Mathematics)
Sasanguie, Delphine; Van den Bussche, Eva; Reynvoet, Bert – Mind, Brain, and Education, 2012
Numerical processing has been extensively studied by examining the performance on basic number processing tasks, such as number priming, number comparison, and number line estimation. These tasks assess the innate "number sense," which is assumed to be the breeding ground for later mathematics development. Indeed, several studies have…
Descriptors: Priming, Evidence, Mathematics Achievement, Identification
Mussolin, Christophe; De Volder, Anne; Grandin, Cecile; Schlogel, Xavier; Nassogne, Marie-Cecile; Noel, Marie-Pascale – Journal of Cognitive Neuroscience, 2010
Developmental dyscalculia (DD) is a deficit in number processing and arithmetic that affects 3-6% of schoolchildren. The goal of the present study was to analyze cerebral bases of DD related to symbolic number processing. Children with DD aged 9-11 years and matched children with no learning disability history were investigated using fMRI. The two…
Descriptors: Stimuli, Learning Disabilities, Short Term Memory, Brain
