While American English infants typically segment words from fluent speech by 7.5-months, studies of infants from other language backgrounds have difficulty replicating this finding. One possible explanation for this cross-linguistic difference is that the input infants from different language backgrounds receive is not as infant-directed as American English infant-directed speech (Floccia et al., 2016). Against this background, the current study investigates whether German 7.5- and 9-month-old infants segment words from fluent speech when the input is prosodically similar to American English IDS. While 9-month-olds showed successful segmentation of words from exaggerated IDS, 7.5-month-olds did not. These findings highlight (a) the benefici...
The ability to extract word-forms from sentential contexts represents an initial step in infants’ pr...
A number of studies have examined the acoustic differences between infant-directed speech (IDS) and ...
This is a study about how one-year-old Swedish-learning infants presumably use probabilistic informa...
The word segmentation paradigm originally designed by Jusczyk and Aslin (1995) has been widely used ...
There are reasons to believe that infant-directed (ID) speech may make language acquisition easier f...
The word segmentation paradigm originally designed by Jusczyk and Aslin (1995) has been widely used ...
Item does not contain fulltextWe report a large-scale electrophysiological study of infant speech se...
The word segmentation paradigm originally designed by Jusczyk and Aslin (1995) has been widely used ...
We report a large‐scale electrophysiological study of infant speech segmentation, in which over 100 ...
We report a large‐scale electrophysiological study of infant speech segmentation, in which over 100 ...
The present paper reviews recent studies on the early segmentation of word forms from fluent speech....
Infant-directed speech (IDS) provides an environment that appears to play a significant role in the ...
nfants start learning words, the building blocks of language, at least by 6 months. To do so, they m...
Previous studies have revealed that infants aged six to ten months are able to use the acoustic corr...
Previous studies have shown that infants start to detect unknown words in sentences between 7 and 10...
The ability to extract word-forms from sentential contexts represents an initial step in infants’ pr...
A number of studies have examined the acoustic differences between infant-directed speech (IDS) and ...
This is a study about how one-year-old Swedish-learning infants presumably use probabilistic informa...
The word segmentation paradigm originally designed by Jusczyk and Aslin (1995) has been widely used ...
There are reasons to believe that infant-directed (ID) speech may make language acquisition easier f...
The word segmentation paradigm originally designed by Jusczyk and Aslin (1995) has been widely used ...
Item does not contain fulltextWe report a large-scale electrophysiological study of infant speech se...
The word segmentation paradigm originally designed by Jusczyk and Aslin (1995) has been widely used ...
We report a large‐scale electrophysiological study of infant speech segmentation, in which over 100 ...
We report a large‐scale electrophysiological study of infant speech segmentation, in which over 100 ...
The present paper reviews recent studies on the early segmentation of word forms from fluent speech....
Infant-directed speech (IDS) provides an environment that appears to play a significant role in the ...
nfants start learning words, the building blocks of language, at least by 6 months. To do so, they m...
Previous studies have revealed that infants aged six to ten months are able to use the acoustic corr...
Previous studies have shown that infants start to detect unknown words in sentences between 7 and 10...
The ability to extract word-forms from sentential contexts represents an initial step in infants’ pr...
A number of studies have examined the acoustic differences between infant-directed speech (IDS) and ...
This is a study about how one-year-old Swedish-learning infants presumably use probabilistic informa...