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Semushina, Nina; Mayberry, Rachel – Language Learning and Development, 2023
Multiple studies have reported mathematics underachievement for students who are deaf, but the onset, scope, and causes of this phenomenon remain understudied. Early language deprivation might be one factor influencing the acquisition of numbers. In this study, we investigated a basic and fundamental mathematical skill, automatic magnitude…
Descriptors: Students with Disabilities, Deafness, Numbers, Number Concepts
Mendelsohn, Alexandra; Suárez-Rivera, Catalina; Suh, Daniel D.; Tamis-LeMonda, Catherine S. – Language Learning and Development, 2023
Children learn math concepts long before they enter school. Across all cultures, children are exposed to number and spatial language to varying degrees during everyday home routines. Yet most studies of math talk occur in the lab and target non-Hispanic, English-speaking families. We expanded inquiry to the spontaneous math language (i.e., number…
Descriptors: Hispanic Americans, Mathematical Concepts, Language Usage, Family Environment
Abner, Natasha; Namboodiripad, Savithry; Spaepen, Elizabet; Goldin-Meadow, Susan – Language Learning and Development, 2022
Human languages, signed and spoken, can be characterized by the structural patterns they use to associate communicative "forms" with "meanings." One such pattern is paradigmatic morphology, where complex words are built from the systematic use "and re-use" of sub-lexical units. Here, we provide evidence of emergent…
Descriptors: Morphology (Languages), Deafness, Sign Language, Children
Spelke, Elizabeth S. – Language Learning and Development, 2017
The natural numbers may be our simplest, most useful, and best-studied abstract concepts, but their origins are debated. I consider this debate in the context of the proposal, by Gallistel and Gelman, that natural number system is a product of cognitive evolution and the proposal, by Carey, that it is a product of human cultural history. I offer a…
Descriptors: Computation, Number Systems, Number Concepts, Language Usage
Gelman, Susan A.; Leslie, Sarah-Jane; Gelman, Rochel; Leslie, Alan – Language Learning and Development, 2019
A striking characteristic of human thought is that we form representations about abstract kinds (Giraffes have purple tongues), despite experiencing only particular individuals (This giraffe has a purple tongue). These generic generalizations have been hypothesized to be a cognitive default, that is, more basic and automatic than other forms of…
Descriptors: Preschool Children, Recall (Psychology), Memory, Cognitive Processes
Szkudlarek, Emily; Brannon, Elizabeth M. – Language Learning and Development, 2017
In this article we first review evidence for the approximate number system (ANS), an evolutionarily ancient and developmentally conservative cognitive mechanism for representing number without language. We then critically review five different lines of support for the proposal that symbolic representations of number build upon the ANS, and discuss…
Descriptors: Number Concepts, Symbols (Mathematics), Cognitive Processes, Neurology
Kersey, Alyssa J.; Cantlon, Jessica F. – Language Learning and Development, 2017
Counting is an evolutionarily recent cultural invention of the human species. In order for humans to have conceived of counting in the first place, certain representational and logical abilities must have already been in place. The focus of this article is the origins and nature of those fundamental mechanisms that promoted the emergence of the…
Descriptors: Computation, Brain, Cognitive Development, Number Concepts
Huang, Yi Ting; Spelke, Elizabeth; Snedeker, Jesse – Language Learning and Development, 2013
Number words are generally used to refer to the exact cardinal value of a set, but cognitive scientists disagree about their meanings. Although most psychological analyses presuppose that numbers have exact semantics ("two" means exactly two), many linguistic accounts propose that numbers have lower-bounded semantics (at least two), and…
Descriptors: Numbers, Semantics, Adults, Young Children
Nicoladis, Elena; Marentette, Paula; Pika, Simone; Barbosa, Poliana Gonçalves – Language Learning and Development, 2018
These studies tested two questions about the developmental origins of children's sensitivity to iconicity with regard to number gestures: (1) whether children initially learn number gestures with sensitivity to the one-to-one correspondence between fingers and quantities or whether they learn them as unanalyzed symbols; and (2) whether sensitivity…
Descriptors: Language Acquisition, Child Development, Cognitive Development, French
Butterworth, Brian – Language Learning and Development, 2012
What role does language play in developing the concept of number? This question is at the center of an important current debate. To try to answer it, one must first consider what is needed to learn number words and their meaning. First, the learner has to be able to identify number words as such, that is, to distinguish them from other sorts of…
Descriptors: Syntax, Number Concepts, Language Acquisition, Cognitive Ability
Barner, David – Language Learning and Development, 2012
How do children learn the meanings of number words like "one," "two," and "three"? Whereas many words that children learn in early acquisition denote individual things and their properties (e.g., cats, colors, shapes), numerals, like quantifiers, denote the properties of sets. Unlike quantifiers such as "several" and "many," numerals denote…
Descriptors: Preschool Children, Number Concepts, Nouns, Inferences
Syrett, Kristen; Musolino, Julien; Gelman, Rochel – Language Learning and Development, 2012
It is of deep interest to both linguists and psychologists alike to account for how young children acquire an understanding of number words. In their commentaries, Barner and Butterworth both point out that an important question highlighted by the work of Syrett, Musolino, and Gelman, and one that remains highly controversial, is where number…
Descriptors: Preschool Children, Number Concepts, Language Acquisition, Cues