Three experiments investigated whether linguistic and/or attentional constraints might account for preschoolers' difficulties when learning color terms. Task structure and demands were equated across experiments, and both speed and degree of learning were compared. In Experiment 1, 3-year-olds who were matched on vocabulary score were taught new secondary color terms by corrective, semantic, or referential linguistic contrast. Corrective contrast produced more rapid and more extensive learning than did either semantic or referential contrast, supporting the hypothesis that targeted linguistic feedback facilitates learning. Experiment 2 replicated and extended the first experiment with Italian children and found cross-cultural differences in...
English and Ndonga-speaking Namibian children completed three tasks designed to investigate colour t...
This chapter is divided into six sections. The first sets out the background of the debate about the...
The ability to keep perception constant despite environmental changes of illumination, viewing angle...
Three experiments investigated whether linguistic and/or attentional constraints might account for p...
Three experiments investigated whether linguistic and/or attentional constraints might account for p...
Despite good color discrimination, rapid early word learning, and the ability to categorize objects ...
The experiments described in the lead articles by Kowalski and Zimiles and by O'Hanlon and Roberson ...
Linguistic contrast of the form "It's not X; it's Y" is often used by adults to correct children's n...
Kowalski and Zimiles (2006) and O’Hanlon and Roberson (2006) address an age-old question: Why do chi...
Categorical perception of color is shown when colors from the same category are discriminated less e...
Most current accounts of color word acquisition propose that the delay between children’s first prod...
Previous research demonstrates that children delineate more nuanced color boundaries with increased ...
Two experiments attempted to reconcile discrepant recent findings relating to children?s color namin...
When and how do infants learn color words? It is generally supposed that color words are learned lat...
This thesis is a cross-linguistic and developmental investigation of the development of language and...
English and Ndonga-speaking Namibian children completed three tasks designed to investigate colour t...
This chapter is divided into six sections. The first sets out the background of the debate about the...
The ability to keep perception constant despite environmental changes of illumination, viewing angle...
Three experiments investigated whether linguistic and/or attentional constraints might account for p...
Three experiments investigated whether linguistic and/or attentional constraints might account for p...
Despite good color discrimination, rapid early word learning, and the ability to categorize objects ...
The experiments described in the lead articles by Kowalski and Zimiles and by O'Hanlon and Roberson ...
Linguistic contrast of the form "It's not X; it's Y" is often used by adults to correct children's n...
Kowalski and Zimiles (2006) and O’Hanlon and Roberson (2006) address an age-old question: Why do chi...
Categorical perception of color is shown when colors from the same category are discriminated less e...
Most current accounts of color word acquisition propose that the delay between children’s first prod...
Previous research demonstrates that children delineate more nuanced color boundaries with increased ...
Two experiments attempted to reconcile discrepant recent findings relating to children?s color namin...
When and how do infants learn color words? It is generally supposed that color words are learned lat...
This thesis is a cross-linguistic and developmental investigation of the development of language and...
English and Ndonga-speaking Namibian children completed three tasks designed to investigate colour t...
This chapter is divided into six sections. The first sets out the background of the debate about the...
The ability to keep perception constant despite environmental changes of illumination, viewing angle...